Download
Share
Print this page
  1. Manuals
  2. Brands
  3. NSD Manuals
  4. Switch
  5. VARILIMIT VS-10G Series
  6. Specifications and instruction manual

NSD VARILIMIT VS-10G Series Specifications And Instruction Manual

Electronic limit switch. basic function version
Hide thumbs

Advertisement

Quick Links

Download this manual
Please read first.
Read this manual when considering to use the VS-10G Series.
The specifications and instruction manuals of the VS-10G Series have two versions (the basic function and
extended function versions).
This manual describes the following contents.
Model selection
･
Specifications and operating instructions of the basic function version
･
For the specifications and operating instruction of the extended function version, read the manual of the extended
function version (separated manual).
Specifications and Instruction Manual
100VAC Model
VS-10G-[ ]
VS-10G-D-[ ]
VS-10G-A-[ ]
VS-10G-C-[ ]
Electronic Limit Switch
VS-10G Series
Basic function version
ZEF005041209
24VDC Model
VS-10G-1-[ ]
VS-10G-D-1-[ ]
VS-10G-A-1-[ ]
VS-10G-C-1-[ ]

Advertisement

loading
Need help?

Need help?

Do you have a question about the VARILIMIT VS-10G Series and is the answer not in the manual?

Questions and answers

Related Manuals for NSD VARILIMIT VS-10G Series

Summary of Contents for NSD VARILIMIT VS-10G Series

  • Page 1 ZEF005041209 Electronic Limit Switch VS-10G Series Basic function version Specifications and Instruction Manual 100VAC Model 24VDC Model VS-10G-[ ] VS-10G-1-[ ] VS-10G-D-[ ] VS-10G-D-1-[ ] VS-10G-A-[ ] VS-10G-A-1-[ ] VS-10G-C-[ ] VS-10G-C-1-[ ] Please read first. Read this manual when considering to use the VS-10G Series. The specifications and instruction manuals of the VS-10G Series have two versions (the basic function and extended function versions).

  • Page 3: Table Of Contents

    CONTENTS INTRODUCTION ............................i HOW TO READ THIS MANUAL ......................... i COPYRIGHT ..............................i GENERAL SAFETY RULES ........................ii REVISION HISTORY ........................... v Describes about overview and model selection. OVERVIEW 1. OVERVIEW ............................... 2 1-1. Overview ......................................2 1-2. Features ......................................4 1-3.
  • Page 4 CONTENTS 3-5-3. Communication connector pin arrangement ........................59 3-6. Signal Timing Patterns ................................60 3-6-1. Power on/off timing ................................60 3-6-2. Program number change timing ............................60 3-6-3. Current position preset timing.............................. 61 3-6-4. Current position output timing.............................. 62 3-6-5. Error cancel input timing ..............................64 4.
  • Page 5 CONTENTS OPERATION Describes about the operation of product. 9. OPERATION FLOW ..........................120 9-1. Procedure Before the Operation ............................. 120 9-2. Nomenclature and Function of the Panel Side ........................122 9-3. Operation Flows in Different Modes ............................124 9-4. Turn ON the Power Supply..............................126 10.
  • Page 6 CONTENTS 12. Operation ............................198 12-1. Starting operation ..................................198 12-2. Changing the monitor types ..............................200 12-3. Monitors ....................................201 MAINTANANCE Describes about daily inspections and countermeasures for errors. 13. INSPECTIONS ........................... 208 13-1. Turn-type ABSOCODER (MRE, VRE) ..........................208 13-2.
  • Page 7 CONTENTS Attaches descriptions of the CE marking and UL standard compliance, the APPENDIX data sheets, and the upgrading guide. APPENDIX 1. CE MARKING ........................246 APPENDIX 1-1. EMC Directives ..............................246 APPENDIX 1-2. EMC Directive and Standards ........................... 246 APPENDIX 1-3. Low Voltage Directive ............................246 APPENDIX 1-4.

  • Page 8: Introduction

    INTRODUCTION Thank you very much for purchasing our product. Before operating this product, be sure to carefully read this manual so that you may fully understand the product, safety instructions and precautions. - Please submit this manual to the operators actually involved in operation. - Please keep this manual in a handy place.

  • Page 9: General Safety Rules

    This product is not designed to be used under any situation affecting human life. When you are considering using this product for special purposes such as medical equipment, aerospace equipment, nuclear power control systems, traffic systems, and etc., please consult with NSD. This product is designed to be used under the industrial environments categorized in Class A device.

  • Page 10: Installation

    - Do not store VARILIMIT in a place exposed to water, or toxic gas and liquid. - Be sure to store VARILIMIT in designed temperature and humidity range, and do not expose to direct sunlight. - Be sure to consult with NSD when VARILIMIT is stored for long periods. 3. Transport CAUTION - Do not hold the cable or shaft of ABSOCODER during transport;...

  • Page 11: Maintenance And Inspection

    6. Operation CAUTION - Do not change the VARILIMIT's function switch settings during the operation; otherwise, it will cause injury. - Do not approach the machine after instantaneous power failure has been recovered. Doing so may result in injury if the machine starts abruptly. - Be sure to check that the power supply specifications are correct;...

  • Page 12: Revision History

    REVISION HISTORY The Document No. appears at the upper right of this manual's cover page. Document No. Date Revision Description ZEF005041200 4, Apr., 2011 1st Edition Japanese document: ZEF005041000 ZEF005041201 17, July, 2012 2nd Edition Japanese document: ZEF005041001 ZEF005041202 17, Jun., 2013 3rd Edition Japanese document: ZEF005041002 ZEF005041203 30, Jan., 2015 4th Edition...

  • Page 13: Overview

    OVERVIEW Describes about overview and model selection. 1. OVERVIEW 2. MODEL SELECTION WHEN ORDERING...

  • Page 14: Overview

    The VARILIMIT VS-10G Series is a family of electronic limit switches that replace these mechanical switches. An environment-tolerant position-sensing device “ABSOCODER” is fitted to the machine detection shaft. The VARILIMIT will be capable of providing switch outputs that accurately match the machine position by registering switch ON and OFF positions with simple and easy steps.

  • Page 15: Extended Mode

    OVERVIEW OVERVIEW ●VS-10B Mode and Extended Mode The VS-10G Series provides the VS-10B Mode and the Extended Mode. You can specify which mode to use at a parameter. Specify the VS-10B Mode when it will be the replacement of the VS-10B Series. Specify the Extended Mode when the VS-10G Series is newly employed or its new functions will be newly added.

  • Page 16: Features

    OVERVIEW OVERVIEW 1-2. Features (1) High reliability An absolute position detection format ensures accurate position detection even if a power interruption or unexpected noise condition occurs. An origin returning operation is not required. Applicable ABSOCODER: MRE, VLS-[ ]PW(PY), VRE, NT Coder (2) Superior durability ABSOCODER is not used electronic parts except coils and resistance, and it features a no-contact construction excepting bearing.

  • Page 17: Nomenclature

    OVERVIEW OVERVIEW 1-3. Nomenclature ●Front side ●Right side Power supply terminal block (M3) Display part Nameplate Operation part ●Bottom side VS-10G, VS-10G-1 Extension I/O connector (Unused) Serial communication connector Connects to the personal computer, etc… Sensor connector Connects with ABSOCODER. Program No.
  • Page 18 OVERVIEW OVERVIEW ●Bottom side VS-10G-D, VS-10G-D-1 Extension I/O connector Serial communication connector (Unused) Connects to the personal computer, etc… Sensor connector Connects with ABSOCODER. BCD output connector Connector for current position output Program No. I/O connector Input/Output connector for changing program numbers Switch output connector Input/Output connector for controlling the switch...

  • Page 19: Terminology And Functions

    1-4. Terminology and Functions 1-4-1. VARILIMIT function list This section shows functions of each product model of the VARILIMIT VS-10G Series. The functions differ depending on the operation mode. It can be switched using Parameter E0 for the VARILIMIT Mode Selection.

  • Page 20: Terminology And Functions

    OVERVIEW OVERVIEW 1-4-2. Terminology and functions This section explains about product functions and the related terminology. Item Description "ABSOCODER" is a generic name referring to the type of sensing devices that detects rotational and linear displacement as well as speed and acceleration in an absolute format and outputs them digitally (or analogously). "ABSOCODER"...
  • Page 21 OVERVIEW OVERVIEW Item Description ●With the Linear-type ABSOCODER (VLS-[ ]PW, VLS-[ ]PY) In millimeters, the Scale Length should be set to the same value as the Absolute Detection Range value contained in the sensor model code. Example: In the case of VLS-512PW350B, "512" represents the Absolute Detection Range. If the number of decimals to be shown on the VARILIMIT display is set to two ("0.01 mm"), the Scale Length [L] should be set as follows: Absolute Detection Range...
  • Page 22 OVERVIEW OVERVIEW Item Description "Minimum Current Position Value" is the smallest possible Current Position Value that can be displayed on the VARILIMIT and can be set to any given value in the range of [-999999 to (1000000 - Scale Length)]. Set the value using Parameter 98 (Minimum Current Position Value [K]).
  • Page 23 OVERVIEW OVERVIEW Item Description The Switch Output function works in the same way as outputs from a mechanical limit switch or proximity switch. With ON and OFF positions registered to the VARILIMIT, the switch output will come on or go off depending on the machine position detected by the ABSOCODER.
  • Page 24 OVERVIEW OVERVIEW Item Description This function registers one switch output pattern as a program. The setup is easily changed by switching this Program. Program ● Number of Programs 8-program mode (Parameter E0: 0): Up to 30 switch data for each program can be set with up to 10 Dogs for each switch ●...
  • Page 25 OVERVIEW OVERVIEW Item Description Following connections are available since the serial communication connector is equipped. Contact our sales representative for serial communication details. (1) Setting and editing software (VS-10F/G-EDW2) This software makes a computer enable to read, edit, write, and print of the VARILIMIT setting data. Printer VARILIMIT RS-232C...

  • Page 26: Model Selection When Ordering

    MODEL SELECTION WHEN ORDERING 2. MODEL SELECTION WHEN ORDERING The following figure is an indicated connecttion configuration of the VARILIMIT VS-10G Series. Models and connection configurations vary according to the ABSOCODER type to be used. Please refer to the appropriate information and place orders.
  • Page 27 OVERVIEW MODEL SELECTION WHEN ORDERING ●Model list ◆VARILIMIT Model Power supply voltage Description VS-10G-MP VS-10G-D-MP 8 (32) programs, Current Position Output function (in six-digit) 100VAC model 30 points output VS-10G-A-MP Position/Speed Voltage Output function (at two-point) VS-10G-C-MP Position/Speed Current Output function (at two-point) ①...

  • Page 28: Using The Linear-Type Absocoder (Dual-Rod)

    OVERVIEW MODEL SELECTION WHEN ORDERING 2-2. Using the Linear-type ABSOCODER (Dual-rod) Please prepare equipments by the customer except ①-⑧ in the connection configuration. ●Connection configuration ① ③ ② VARILIMIT Extension sensor ABSOCODER cable VS-10G(-1)-L VS-10G-D(-1)-L VLS-256PW[ ]B VLS-512PW[ ]B VS-10G-A(-1)-L VS-10G-C(-1)-L VLS-1024PW[ ] VLS-512PY[ ]B...
  • Page 29 OVERVIEW MODEL SELECTION WHEN ORDERING ●Model list ◆VARILIMIT Model Power supply voltage Description VS-10G-L VS-10G-D-L Current Position Output function (in six-digit) 8 (32) programs, 100VAC model 30 points output VS-10G-A-L Position/Speed Voltage Output function (at two-point) VS-10G-C-L Position/Speed Current Output function (at two-point) ①...

  • Page 30: Using The Cylnuc Cylinder

    OVERVIEW MODEL SELECTION WHEN ORDERING 2-3. Using the CYLNUC Cylinder Please prepare equipments by the customer except ①-⑧ in the connection configuration. ●Connection configuration ① ③ ② VARILIMIT Extension sensor cable CYLNUC Cylinder VS-10G(-1)-LC VS-10G-D(-1)-LC 3P-S-0102-[L] VS-10G-A(-1)-LC VS-10G-C(-1)-LC CSA Cylinder 3P-RBT-0102-[L] 3P-S-0102-[L] 3P-S-0102-[L]...
  • Page 31 OVERVIEW MODEL SELECTION WHEN ORDERING ●Model list ◆VARILIMIT Model Power supply voltage Description VS-10G-LC VS-10G-D-LC Current Position Output function (in six-digit) 8 (32) programs, 100VAC model 30 points output VS-10G-A-LC Position/Speed Voltage Output function (at two-point) VS-10G-C-LC Position/Speed Current Output function (at two-point) ①...

  • Page 32: Using Inrodsensor

    OVERVIEW MODEL SELECTION WHEN ORDERING 2-4. Using Inrodsensor Please prepare equipments by the customer except ①-⑧ in the connection configuration. ●Connection configuration ① ③ ② VARILIMIT Extension sensor cable Inrodsensor VS-10G(-1)-LC VS-10G-D(-1)-LC IRS-51.2P VS-10G-A(-1)-LC VS-10G-C(-1)-LC 3P-S-0102-[L] 3P-RBT-0102-[L] 3P-S-0102-[L] 3P-S-0102-[L] 3P-RBT-0102-[L] 3P-RBT-0102-[L] Inrodsensor details, contact our...
  • Page 33 OVERVIEW MODEL SELECTION WHEN ORDERING ●Model list ◆VARILIMIT Model Power supply voltage Description VS-10G-LC VS-10G-D-LC Current Position Output function (in six-digit) 8 (32) programs, 100VAC model 30 points output VS-10G-A-LC Position/Speed Voltage Output function (at two-point) VS-10G-C-LC Position/Speed Current Output function (at two-point) ①...

  • Page 34: Using The Linear-Type Absocoder (Single-Rod)

    OVERVIEW MODEL SELECTION WHEN ORDERING 2-5. Using the Linear-type ABSOCODER (Single-rod) Please prepare equipments by the customer except ①-⑧ in the connection configuration. ●Connection configuration ① ③ ② VARILIMIT Extension sensor cable ABSOCODER VS-10G(-1)-LP VS-10G-D(-1)-LP VLS-8PSA VLS-8PSM VS-10G-A(-1)-LP VS-10G-C(-1)-LP VLS-10PS VLS-16PSA VLS-32PSA VLS-16PS64B...
  • Page 35 OVERVIEW MODEL SELECTION WHEN ORDERING ●Model list ◆VARILIMIT Model Power supply voltage Description VS-10G-LP VS-10G-D-LP Current Position Output function (in six-digit) 8 (32) programs, 100VAC model VS-10G-A-LP 30 points output Position/Speed Voltage Output function (at two-point) VS-10G-C-LP Position/Speed Current Output function (at two-point) ①...

  • Page 36: Using The Single-Turn Type Absocoder

    OVERVIEW MODEL SELECTION WHEN ORDERING 2-6. Using the Single-turn Type ABSOCODER Please prepare equipments by the customer except ①-⑩ in the connection configuration. ●Connection configuration ① ③ ② VARILIMIT Extension sensor cable ABSOCODER VS-10G(-1)-VP VS-10G-D(-1)-VP VRE-P062 VS-10G-A(-1)-VP VS-10G-C(-1)-VP VRE-P028 3P-S-0102-[L] 3P-RBT-0102-[L] 3P-S-0102-[L] 3P-S-0102-[L]...
  • Page 37 OVERVIEW MODEL SELECTION WHEN ORDERING ●Model list ◆VARILIMIT Model Power supply voltage Description VS-10G-VP VS-10G-D-VP 8 (32) programs, Current Position Output function (in six-digit) 100VAC model 30 points output VS-10G-A-VP Position/Speed Voltage Output function (at two-point) VS-10G-C-VP Position/Speed Current Output function (at two-point) ①...

  • Page 38: Using The Single-Turn Type Absocoder (High-Resolution)

    OVERVIEW MODEL SELECTION WHEN ORDERING 2-7. Using the Single-turn Type ABSOCODER (High-resolution) Please prepare equipments by the customer except ①-⑨ in the connection configuration. ●Connection configuration ① ③ ② VARILIMIT Extension sensor cable ABSOCODER VS-10G(-1)-V2 VS-10G-D(-1)-V2 VS-10G-A(-1)-V2 VS-10G-C(-1)-V2 VRE-16TS062FAL 3S-RBT-0103-[L] 3S-RBT-0102-[L] 3S-RBT-0103-[L] ④...
  • Page 39 OVERVIEW MODEL SELECTION WHEN ORDERING ●Model list ◆VARILIMIT Model Power supply voltage Description VS-10G-V2 VS-10G-D-V2 Current Position Output function (in six-digit) 8 (32) programs, 100VAC model 30 points output VS-10G-A-V2 Position/Speed Voltage Output function (at two-point) VS-10G-C-V2 Position/Speed Current Output function (at two-point) ①...

  • Page 40: Using The Multi-Turn Type Absocoder (High-Accuracy)

    OVERVIEW MODEL SELECTION WHEN ORDERING 2-8. Using the Multi-turn Type ABSOCODER (High-accuracy) Please prepare equipments by the customer except ①-⑨ in the connection configuration. ●Connection configuration ① VARILIMIT ③ ② VS-10G(-1)-M2 VS-10G-D(-1)-M2 Extension sensor cable ABSOCODER VS-10G-A(-1)-M2 VS-10G-C(-1)-M2 MRE-32SS062FAL MRE-G[ ]SS062FAL 3S-RBT-0103-[L] 3S-RBT-0102-[L] 3S-RBT-0103-[L]...
  • Page 41 OVERVIEW MODEL SELECTION WHEN ORDERING ●Model list ◆VARILIMIT Model Power supply voltage Description VS-10G-M2 VS-10G-D-M2 8 (32) programs, Current Position Output function (in six-digit) 100VAC model 30 points output VS-10G-A-M2 Position/Speed Voltage Output function (at two-point) VS-10G-C-M2 Position/Speed Current Output function (at two-point) ①...

  • Page 42: Using The Single-Turn Type Absocoder (High-Accuracy)

    OVERVIEW MODEL SELECTION WHEN ORDERING 2-9. Using the Single-turn Type ABSOCODER (High-accuracy) Please prepare equipments by the customer except ①-⑨ in the connection configuration. ●Connection configuration ① ③ ② VARILIMIT Extension sensor cable ABSOCODER VS-10G(-1)-V1 VS-10G-D(-1)-V1 VS-10G-A(-1)-V1 VS-10G-C(-1)-V1 VRE-S062FAL 3S-RBT-0103-[L] 3S-RBT-0102-[L] 3S-RBT-0103-[L] VRE-S028SAC...
  • Page 43 OVERVIEW MODEL SELECTION WHEN ORDERING ●Model list ◆VARILIMIT Model Power supply voltage Description VS-10G-V1 VS-10G-D-V1 Current Position Output function (in six-digit) 8 (32) programs, 100VAC model 30 points output VS-10G-A-V1 Position/Speed Voltage Output function (at two-point) VS-10G-C-V1 Position/Speed Current Output function (at two-point) ①...

  • Page 44: Using Nt Coder

    OVERVIEW MODEL SELECTION WHEN ORDERING 2-10. Using NT Coder Please prepare equipments by the customer except ①-⑧ in the connection configuration. ●Connection configuration ① ③ ② VARILIMIT Extension sensor cable NT Coder VS-10G(-1)-V1 VS-10G-D(-1)-V1 VS-10G-A(-1)-V1 VS-10G-C(-1)-V1 VRE-16TSWABC3 3S-RBT-0102-[L] 3S-RBT-0102-[L] 3S-RBT-0102-[L] For NT coder details, contact our sales representative.
  • Page 45 OVERVIEW MODEL SELECTION WHEN ORDERING ●Model list ◆VARILIMIT Model Power supply voltage Description VS-10G-V1 VS-10G-D-V1 Current Position Output function (in six-digit) 8 (32) programs, 100VAC model 30 points output VS-10G-A-V1 Position/Speed Voltage Output function (at two-point) VS-10G-C-V1 Position/Speed Current Output function (at two-point) ①...
  • Page 46 OVERVIEW MODEL SELECTION WHEN ORDERING - MEMO -...

  • Page 47: Specification

    SPECIFICATION Describes about specifications and outer dimensions. 3. VARILIMIT SPECIFICATIONS AND DIMENSIONS 4. ABSOCODER SPECIFICATIONS AND DIMENSIONS 5. CABLE SPECIFICATIONS AND DIMENSIONS...

  • Page 48: Varilimit Specifications And Dimensions

    SPECIFICATION SPECIFICATIONS AND DIMENSIONS 3. VARILIMIT SPECIFICATIONS AND DIMENSIONS 3-1. Outer Dimensions Units: mm ●VS-10G (VS-10G-1 is same size as VS-10G.) Mounting hole Units: mm ●VS-10G-D (VS-10G-D-1 is same size as VS-10G-D.) Mounting hole...
  • Page 49 SPECIFICATION SPECIFICATIONS AND DIMENSIONS Units: mm ●VS-10G-A (VS-10G-A-1 is same size as VS-10G-A.) Mounting hole Units: mm ●VS-10G-C (VS-10G-C-1 is same size as VS-10G-C.) Mounting hole...
  • Page 50 SPECIFICATION SPECIFICATIONS AND DIMENSIONS ●VS-K-F (Panel-mounting fixture) Units: mm VS-K-F can be used with all VS-10G series. Blank Terminal block mounting position The terminal block for relay of the power supply is able to mount on the back or side. Panel cut dimensions *1: Depth when installing the terminal block on the back.

  • Page 51: General Specification

    SPECIFICATION SPECIFICATIONS AND DIMENSIONS 3-2. General Specification Items Specifications VS-10G, VS-10G-D, VS-10G-1, VS-10G-D-1 Model VS-10G-A, VS-10G-C VS-10G-A-1, VS-10G-C-1 Power supply voltage 100VAC 50/60Hz 24VDC Permissible power 85 to 132VAC 21.6 to 30VDC voltage range Power consumption 20VA or less 10W or less 20 MΩ...

  • Page 52: Performance Specification

    SPECIFICATION SPECIFICATIONS AND DIMENSIONS 3-3. Performance Specification Items Specifications VS-10G VS-10G-D VS-10G-A VS-10G-C Model VS-10G-1 VS-10G-D-1 VS-10G-A-1 VS-10G-C-1 Number of programs VS-10B mode: 8 (1-8) Number of switches Number of Multi-dogs VS-10B mode: 10 (1-A) - Absolute position detection MRE-[ ]SP062, VLS-[ ]PW(PY), VRE-P062(028), VRE-16TS062, MRE-[ ]SS062, Position detection format VRE-S062(028), NT Coder - Semi-absolute position detection...

  • Page 53: I/O Connector Specifications

    SPECIFICATION SPECIFICATIONS AND DIMENSIONS 3-4. I/O Connector Specifications This section describes about I/O connectors. 3-4-1. Connector names and functions ●VS-10G, VS-10G-1 Serial communication connector Connects to the personal computer, etc… Extension I/O connector (Unused) Sensor connector Connects to ABSOCODER. Program No. I/O connector Input/Output connector for changing program numbers Switch output connector...
  • Page 54 SPECIFICATION SPECIFICATIONS AND DIMENSIONS ●VS-10G-A, VS-10G-A-1 VS-10G-C, VS-10G-C-1 Serial communication connector Connects to the personal computer, etc… Extension I/O connector (Unused) Sensor connector Connects to ABSOCODER. Analog output connector Program No. I/O connector Connector for analog output Input/Output connector for changing program numbers Switch output connector Input/Output connector for controlling...

  • Page 55: I/O Specification

    SPECIFICATION SPECIFICATIONS AND DIMENSIONS 3-4-2. I/O specification Items Specifications VS-10G VS-10G-D VS-10G-A VS-10G-C Model VS-10G-1 VS-10G-D-1 VS-10G-A-1 VS-10G-C-1 Current position VS-10B Mode: 3 points (1 point for direction selection input and 2 points for preset input) preset Switch output connector Error cancel 1 point Program...
  • Page 56 SPECIFICATION SPECIFICATIONS AND DIMENSIONS ● Switch output connector Input specification Output specification Items Specifications Items Specifications Isolation format Photo-coupler isolation Isolation format Photo-coupler isolation Rated input voltage 12VDC 24VDC Rated load voltage 12/24VDC Rated input current 10mA Load voltage range 10.2 to 30VDC Input voltage range 10.2 to 30VDC...
  • Page 57 SPECIFICATION SPECIFICATIONS AND DIMENSIONS ● Program No. I/O connector Input specification Output specification Items Specifications Items Specifications Isolation format Photo-coupler isolation Isolation format Photo-coupler isolation Rated input voltage 12VDC 24VDC Rated load voltage 12/24VDC Rated input current 10mA Load voltage range 10.2 to 30VDC Input voltage range 10.2 to 30VDC...
  • Page 58 SPECIFICATION SPECIFICATIONS AND DIMENSIONS ● BCD output connector Input specification Output specification Items Specifications Items Specifications Isolation format Photo-coupler isolation Isolation format Photo-coupler isolation Rated input voltage 12VDC 24VDC Rated load voltage 12/24VDC Rated input current 10mA Load voltage range 10.2 to 30VDC Input voltage range 10.2 to 30VDC...
  • Page 59 SPECIFICATION SPECIFICATIONS AND DIMENSIONS ● Analog output connector Position Voltage Output Output specification Items Specifications Output voltage range －10V to +10VDC VS-10B Mode Setting range Position data A for 0VDC and Position data B for 10VDC can be set as required at the Parameter.
  • Page 60 SPECIFICATION SPECIFICATIONS AND DIMENSIONS ● Analog output connector Position Current Output Output specification Items Specifications Output current range 4mA to 20mADC VS-10B Mode Setting range Position data for 4mADC and Position data for 20mADC can be set as required at the Parameter.

  • Page 61: Signal Names And Descriptions

    SPECIFICATION SPECIFICATIONS AND DIMENSIONS 3-4-3. Signal names and descriptions Applicable model Name Description 10G-D 10G-A 10G-C Switch Outputs ON/OFF signal outputs according to the switch output setting values. ○ ○ ○ ○ If VARILIMIT and ABSOCODER operate normally during selecting RUN mode, the System ready system ready signal is output.

  • Page 62: I/O Signal Condition In The Each Mode

    SPECIFICATION SPECIFICATIONS AND DIMENSIONS 3-4-4. I/O signal condition in the each mode Indicates connector's I/O signal condition in each mode. Mode RUN mode Switch setting mode Parameter setting mode Signal name (RUN) (SET) (PRM) ●VS-10B Mode ●VS-10B Mode Switch Valid Output is HOLD.

  • Page 63: I/O Connector Pin Arrangement

    SPECIFICATION SPECIFICATIONS AND DIMENSIONS 3-4-5. I/O Connector Pin Arrangement Pin arrangement of input/output connectors is described in this section. (1) VS-10G, VS-10G-1 ① Switch output connector [ Connector model: FCN-361J040-AU / FCN-360C040-E (FUJITSU COMPONENT LIMITED) or N361J040AU / N360C040E (OTAX CO.,LTD.) ] Pin No.
  • Page 64 SPECIFICATION SPECIFICATIONS AND DIMENSIONS ② Program No. I/O connector [ Connector model: PCR-S20FS+ / PCR-LS20LA1 (HONDA TSUSHIN KOGYO CO., LTD) ] Pin No. Signal name Pin No. Signal name Program No. input 1 Program No. output 1 Program No. input 2 Program No.
  • Page 65 SPECIFICATION SPECIFICATIONS AND DIMENSIONS (2) VS-10G-D, VS-10G-D-1 ① Switch output connector [ Connector model: FCN-361J040-AU / FCN-360C040-E (FUJITSU COMPONENT LIMITED) or N361J040AU / N360C040E (OTAX CO.,LTD.) ] Pin No. Signal name Pin No. Signal name Switch output 1 Switch output 17 Switch output 2 Switch output 18 Switch output 3...
  • Page 66 SPECIFICATION SPECIFICATIONS AND DIMENSIONS ② Program No. I/O connector [ Connector model: PCR-S20FS+ / PCR-LS20LA1 (HONDA TSUSHIN KOGYO CO., LTD) ] Pin No. Signal name Pin No. Signal name Program No. input 1 Program No. output 1 Program No. input 2 Program No.
  • Page 67 SPECIFICATION SPECIFICATIONS AND DIMENSIONS ③ BCD output connector [ Connector model: FCN-361J040-AU / FCN-360C040-E (FUJITSU COMPONENT LIMITED) or N361J040AU / N360C040E (OTAX CO.,LTD.) ] Pin No. Signal name Pin No. Signal name B20 *1 BCD output 1×10 Binary output 2 A20*1 BCD output 4×10 Binary output 2...
  • Page 68 SPECIFICATION SPECIFICATIONS AND DIMENSIONS (3) VS-10G-A, VS-10G-A-1, VS-10G-C, VS-10G-C-1 ① Switch output connector [ Connector model: FCN-361J040-AU / FCN-360C040-E (FUJITSU COMPONENT LIMITED) or N361J040AU / N360C040E (OTAX CO.,LTD.) ] Pin No. Signal name Pin No. Signal name Switch output 1 Switch output 17 Switch output 2 Switch output 18...
  • Page 69 SPECIFICATION SPECIFICATIONS AND DIMENSIONS ② Program No. I/O connector [ Connector model: PCR-S20FS+ / PCR-LS20LA1 (HONDA TSUSHIN KOGYO CO., LTD) ] Pin No. Signal name Pin No. Signal name Program No. input 1 Program No. output 1 Program No. input 2 Program No.
  • Page 70 SPECIFICATION SPECIFICATIONS AND DIMENSIONS ③ Analog output connector [ Connector model: HR31-5.08P-5SC(72), Crimp contact: HR31-SC-121(71), (HIROSE ELECTRIC CO., LTD) ] Pin No. Signal name Description 1 *1 CH1＋ Voltage output Current output 2 *1 CH1－ Voltage output common Current output common 3 *1 CH2＋...

  • Page 71: Serial Communication Connector Specifications

    SPECIFICATION SPECIFICATIONS AND DIMENSIONS 3-5. Serial Communication Connector Specifications Contact our sales representative for serial communication details. 3-5-1. Connector names and functions Serial communication connector Connects to the personal computer, etc… 3-5-2. Communication interface specification Items Specifications Interface RS-232C RS-485 Communication format Full duplex, start stop synchronization Half duplex, start stop synchronization...

  • Page 72: Signal Timing Patterns

    SPECIFICATION SPECIFICATIONS AND DIMENSIONS 3-6. Signal Timing Patterns 3-6-1. Power on/off timing This is the timing pattern where power is turned on and off in RUN mode. Power supply Min. 0ms Max. 5s Switch output Current position output Max. 20ms Analog output System ready output 3-6-2.

  • Page 73: Current Position Preset Timing

    SPECIFICATION SPECIFICATIONS AND DIMENSIONS 3-6-3. Current position preset timing This is an example where "Current Position Preset Value" is set to "200". Current position output Internal current position value Switch output OFF (H) Current position preset input ON (L) ts: Current Position Output Update Cycle (interval) (ms) The update cycle can be set at the parameter.

  • Page 74: Current Position Output Timing

    SPECIFICATION SPECIFICATIONS AND DIMENSIONS 3-6-4. Current position output timing This timing pattern applies to VS-10G-D and VS-10G-D-1. These VARILIMIT models will output the current position value on a real-time basis. When a continuously changing current position value needs to be read, use of the latch pulse signal and the DTC signal will allow stable reading: The following section explains about the relationship between these signals and about related parameter settings and functions.
  • Page 75 SPECIFICATION SPECIFICATIONS AND DIMENSIONS (2) Reading current position output using DTC signal When using the DTC signal, Parameter 79 should be set to "0" (edge timing, 4ms) in advance. (factory setting) While the DTC signal is ON, updating of the current position output will be suspended to hold the data. Have the host controller read in the output during this time.

  • Page 76: Error Cancel Input Timing

    SPECIFICATION SPECIFICATIONS AND DIMENSIONS 3-6-5. Error cancel input timing This timing applies to all models of the VS-10G Series. Normal State Error Occurred Normal State Error state Keep ON for 10ms or longer OFF (H) ON (L) Error cancel input Error cancel is not accepted Do nothing in the 100ms or less...
  • Page 77 SPECIFICATION SPECIFICATIONS AND DIMENSIONS - MEMO -...

  • Page 78: Absocoder Specifications And Dimensions

    SPECIFICATION SPECIFICATIONS AND DIMENSIONS 4. ABSOCODER SPECIFICATIONS AND DIMENSIONS 4-1. Multi-turn Type ABSOCODER ● Outer dimensions Units: mm...
  • Page 79 SPECIFICATION SPECIFICATIONS AND DIMENSIONS Units: mm...
  • Page 80 SPECIFICATION SPECIFICATIONS AND DIMENSIONS ● Specification MRE-32SP062, MRE-G[ ]SP062 Items Specifications MRE-G[ ]SP062 Sensor model MRE-32SP062 [64] [128] [160] [256] [320] Total number of turns Divisions/Turn 4096 2048 1024 819.2 409.6 Total number of divisions 131072 (2 Mass 1.5 kg 1.0 kg Linearity error 1°Max...
  • Page 81 SPECIFICATION SPECIFICATIONS AND DIMENSIONS - MEMO -...

  • Page 82: Linear Type Absocoder (Dual-Rod)

    SPECIFICATION SPECIFICATIONS AND DIMENSIONS 4-2. Linear Type ABSOCODER (Dual-rod) ● Outer dimensions Units: mm...
  • Page 83 SPECIFICATION SPECIFICATIONS AND DIMENSIONS Units: mm...
  • Page 84 SPECIFICATION SPECIFICATIONS AND DIMENSIONS ● Specification VLS-[ ]PW Items Specifications Sensor model VLS-256PWB VLS-512PWB VLS-1024PW Absolute detection range 256mm 512mm 1024mm Resolution 3.90625μm 7.8125μm 15.625μm Total number of divisions 65536 (2 Linearity error 0.05mm Max. 0.1mm Max. 0.4mm Max. Mass 0.9kg 1.7kg 8.0kg...
  • Page 85 SPECIFICATION SPECIFICATIONS AND DIMENSIONS - MEMO -...

  • Page 86: Cylnuc Cylinder And Inrodsensor

    SPECIFICATION SPECIFICATIONS AND DIMENSIONS 4-3. CYLNUC Cylinder and Inrodsensor CYLNUC Cylinder Items Specifications Model CSA, SBA, SBH 12.8 mm (0.5039 inch) Absolute detection range Resolution 1.5625μm (12.8 mm/8192divisions) Standard cable 100m (3P-S) Max. sensor cable length Robotic cable 50m (3P-RBT) Contact our sales representative for CYLNUC Cylinder details.
  • Page 87 SPECIFICATION SPECIFICATIONS AND DIMENSIONS - MEMO -...

  • Page 88: Linear Type Absocoder (Single-Rod)

    SPECIFICATION SPECIFICATIONS AND DIMENSIONS 4-4. Linear Type ABSOCODER (Single-rod) ● Outer dimensions ■ VLS-8PSA Units: mm ■ VLS-8PSM ■ VLS-10PS...
  • Page 89 SPECIFICATION SPECIFICATIONS AND DIMENSIONS ■ VLS-16PSA Units: mm ■ VLS-32PSA ■ VLS-16PS64B...
  • Page 90 SPECIFICATION SPECIFICATIONS AND DIMENSIONS ■ VLS-8PSJ20A Units: mm ■ VLS-8PSJ20B ■ Accessory for VLS-8PSJ20A(B) Servo-mount fixtures (2 pieces / 1set)
  • Page 91 SPECIFICATION SPECIFICATIONS AND DIMENSIONS ● Specification VLS-[ ]PS Items Specifications VLS-8PSA VLS-8PSM VLS-10PS VLS-16PSA Sensor model Absolute detection range 8.192mm 8.192mm 10mm 16mm Resolution 1.0μm 1.0μm 1.22μm 1.95μm Mass 0.21kg 0.34kg 0.15kg 0.25kg Linearity error 0.1mm Max 0.08mm Max 0.2mm Max 0.1mm Max 0.3N/mm 0.1N/mm...
  • Page 92 SPECIFICATION SPECIFICATIONS AND DIMENSIONS VLS-[ ]PS Items Specifications VLS-32PSA VLS-16PS64B VLS-8PSJ20A VLS-8PSJ20B Sensor model 16mm 8.192mm 8.192mm Absolute detection range 32mm (Stroke: 64mm) (Stroke: 20mm) (Stroke: 20mm) Resolution 3.9μm 1.95μm 1.0μm 1.0μm Mass 0.45kg 0.24kg 0.16kg 0.18kg Linearity error 0.2mm Max 0.1mm Max 0.1mm Max 0.15N/mm...
  • Page 93 SPECIFICATION SPECIFICATIONS AND DIMENSIONS ● Limitations NOTES Cautions concerning power-on and error occurrence If VARILIMIT is used together VLS-16PS64B, VLS-8PSJ20A or VLS-8PSJ20B, the machine position may not be detected correctly when the sensor rod moves while the power of VARILIMIT is OFF or an error is present.

  • Page 94: Single-Turn Type Absocoder

    SPECIFICATION SPECIFICATIONS AND DIMENSIONS 4-5. Single-turn Type ABSOCODER ● Outer dimensions ■ VRE-P062SAC Units: mm ■ VRE-P062SBC ■ SH-01 (Reinforced servo-mount fixture for VRE-P062SAC / SBC) Option (2 pieces / 1set)
  • Page 95 SPECIFICATION SPECIFICATIONS AND DIMENSIONS ■ VRE-P062FAC Units: mm ■ VRE-P062FBC ■ RB-01 (L type flange-mount fixture) Option L type flange-mount fixture is for VRE-P062. Following combinations are able to use with. - VRE-P062SAC/SBC + SH-01 - VRE-P062FAC/FBC...
  • Page 96 SPECIFICATION SPECIFICATIONS AND DIMENSIONS ■ VRE-P028SAC Units: mm...
  • Page 97 SPECIFICATION SPECIFICATIONS AND DIMENSIONS ● Specification VRE-P028, VRE-P062 Items Specifications Sensor model VRE-P028 VRE-P062 Total number of turns Number of divisions 8192 (2 Mass 0.25 kg 1.3 kg Linearity error 1.5°Max. 1°Max. Moment of inertia 9.3 × 10 kg･m 6.4 × 10 kg･m /4(J) (9.5 ×...

  • Page 98: Single-Turn Type Absocoder (High-Resolution)

    SPECIFICATION SPECIFICATIONS AND DIMENSIONS 4-6. Single-turn Type ABSOCODER (High-resolution) ● Outer dimensions Units: mm ■VRE-16TS062FAL ■ RB-02 (Option) (L type flange-mount fixture)

  • Page 99: Ambient Temperature

    SPECIFICATION SPECIFICATIONS AND DIMENSIONS ● Specification VRE-16TS062 Items Specifications Sensor model VRE-16TS062FAL Total number of turns Number of divisions 65536 (2 Mass 1.3kg Linearity error 0.067° Max. Moment of inertia GD /4(J) 7.4 x 10 kg･m (7.5 x 10 kgf･cm･s Starting torque 4.9 x 10 N･m or less (0.5 kgf･cm or less)

  • Page 100: Multi-Turn Type Absocoder (High-Accuracy)

    SPECIFICATION SPECIFICATIONS AND DIMENSIONS 4-7. Multi-turn Type ABSOCODER (High-accuracy) ● Outer dimensions ■ MRE-32SS062FAL Units: mm ■ MRE-G□SS062FAL ■ RB-02 (Option) (L type flange-mount fixture)
  • Page 101 SPECIFICATION SPECIFICATIONS AND DIMENSIONS ● Specification MRE-32SS062, MRE-G[ ]SS062 Items Specifications MRE-G[ ]SS062FAL Sensor model MRE-32SS062FAL [64] [128] [160] [256] [320] [640] [1280] [2560] Total number of turns 1280 2560 divisions/turn 4096 2048 1024 819.2 409.6 204.8 102.4 51.2 Number of divisions 131072 (2 Mass 1.5 kg...

  • Page 102: Single-Turn Type Absocoder (High-Accuracy)

    SPECIFICATION SPECIFICATIONS AND DIMENSIONS 4-8. Single-turn Type ABSOCODER (High-accuracy) ● Outer dimensions ■ VRE-S028SAC Units: mm ■ VRE-S062FAL ■ RB-02 (Option) (L type flange-mount fixture)
  • Page 103 SPECIFICATION SPECIFICATIONS AND DIMENSIONS ● Specification VRE-S028, VRE-S062 Items Specifications VRE-S028SAC VRE-S062FAL Sensor model Total number of turns Number of divisions 4096 (2 Mass 0.21kg 1.2kg Linearity error 0.5° Max. 0.4° Max. 1.3 x 10 kg･m 5.4x 10 kg･m Moment of inertia GD /4(J) (1.3 x 10 kgf･cm･s...

  • Page 104: Nt Coder

    SPECIFICATION SPECIFICATIONS AND DIMENSIONS 4-9. NT Coder Contact our sales representative for NT Coder details. ● Outer dimensions Units: mm ■VRE-16TSWABC3...
  • Page 105 SPECIFICATION SPECIFICATIONS AND DIMENSIONS ● Specification VRE-16TSWABC3 Items Specifications Sensor model VRE-16TSWABC3 Detection angle 21°(±10.5°) Mass 2.5 kg Linearity error 0.1°Max Temperature drift -0.002 °/℃ Air pressure 0.2 MPa 4.4 N Contact thrust (air pressure: 0.2Mpa, arm length: 135mm) Permissible shaft load 3 x 10 h (60 r/min にて) Ambient...

  • Page 106: Cable Specifications And Dimensions

    SPECIFICATION SPECIFICATIONS AND DIMENSIONS 5. CABLE SPECIFICATIONS AND DIMENSIONS 5-1. Sensor Cable Specifications and Outer Dimensions ● Outer dimensions ◆ 4P-S-0102-[L], 4P-RBT-0102-[L] 3P-S-0102-[L], 3P-RBT-0102-[L] 3S-RBT-0102-[L] Units: mm NOTE: [L] is given in terms of meter. ◆ 4P-RBT-0103-[L] 3P-RBT-0103-[L] 3S-RBT-0103-[L] Units: mm NOTE: [L] is given in terms of meter.
  • Page 107 SPECIFICATION SPECIFICATIONS AND DIMENSIONS ● Specification 4P-S, 4P-RBT Items Specifications Model code 4P-S 4P-RBT Cable type Standard cable Robotic cable Diameter φ8 Operating －5 to +60°C －5 to +60°C Ambient temperature Storage －5 to +60°C －10 to +60°C Irradiated cross linked formed Insulator ETFE plastic polyethylene...

  • Page 108: Sensor Cable Length Limitation

    SPECIFICATION SPECIFICATIONS AND DIMENSIONS 5-2. Sensor Cable Length Limitation Depending on your ABSOCODER model, there is a limitation to allowable sensor cable length extension. Listed below are the longest allowable total cable lengths. Cable model 4P-S 4P-RBT 3P-S 3P-RBT 3S-RBT ABSOCODER model (Standard) (Robotic)

  • Page 109: External Cable Outer Dimensions

    SPECIFICATION SPECIFICATIONS AND DIMENSIONS 5-3. External Cable Outer Dimensions Units: mm ●VS-C05-[L] NOTE: [L] is given in terms of meter. Units: mm ●VS-C10G-[L] NOTE: [L] is given in terms of meter.
  • Page 110 SPECIFICATION SPECIFICATIONS AND DIMENSIONS - MEMO -...

  • Page 111: Introductory

    INTRODUCTORY Describes about packing contents, mounting methods, and wiring methods. 6. CHECKING THE CONTENTS OF THE SHIPPING CASE 7. VARILIMIT INSTALLATION 8. ABSOCODER INSTALLATIONS...

  • Page 112: Checking The Contents Of The Shipping Case

    INTRODUCTORY CONTENTS OF SHIPPING CASE 6. CHECKING THE CONTENTS OF THE SHIPPING CASE Open the packing case, and verify that all items are present. ● VARILIMIT (1) VS-10G and VS-10G-1 ① ② ③ ④ ⑤ ① VARILIMIT 1 unit ② Switch output connector 1 piece Connector: FCN-361J040-AU / N361J040AU Cover: FCN-360C040-E / N360C040E Manufacturer: FUJITSU COMPONENT LIMITED...
  • Page 113 INTRODUCTORY CONTENTS OF SHIPPING CASE (3) VS-10G-A and VS-10G-A-1 VS-10G-C and VS-10G-C-1 ① ② ③ ④ ⑤ ⑥ ① VARILIMIT 1 unit ② Switch output connector 1 piece Connector: FCN-361J040-AU / N361J040AU Cover: FCN-360C040-E / N360C040E Manufacturer: FUJITSU COMPONENT LIMITED / OTAX CO.,LTD.

  • Page 114: Varilimit Installation

    INTRODUCTORY VARILIMIT INSTALLATION 7. VARILIMIT INSTALLATION The VARILIMIT installation procedures and precautions are described in this section. For mounting dimensions, refer to Chapter “3. VARILIMIT SPECIFICATIONS AND DIMENSIONS”. 7-1. VARILIMIT Installation When installing VARILIMIT, the following conditions and precautions should be observed. ●...

  • Page 115: Power Supply Connection Of Varilimit

    INTRODUCTORY VARILIMIT INSTALLATION 7-2. Power Supply Connection of VARILIMIT The power supply connection is described in this section. (1) Isolation transformer In the case of using VARILIMIT with 100VAC model (VS-10G, VS-10G-D, VS-10G-A, VS-10G-C) Connect the isolation transformer if the noise influences VARILIMIT. 100 VAC 1：1 Isolation...

  • Page 116: Connection Between Varilimit And Absocoder

    INTRODUCTORY VARILIMIT INSTALLATION 7-3. Connection between VARILIMIT and ABSOCODER The connection between VARILIMIT and ABSOCODER is described in this section. ● Sensor cable connection The length of the extendable cable has a limitation depending on the models of ABSOCODER and sensor cable.
  • Page 117 INTRODUCTORY VARILIMIT INSTALLATION - MEMO -...

  • Page 118: Absocoder Installations

    INTRODUCTORY ABSOCODER INSTALLATIONS 8. ABSOCODER INSTALLATIONS The ABSOCODER installation procedures and precautions are described in this section. For mounting dimensions, refer to Chapter “4. ABSOCODER SPECIFICATIONS AND DIMENSIONS”. 8-1. Installation of Turn-type ABSOCODER (MRE, VRE) Precautions in handling turn-type ABSOCODER (MRE, VRE) are described in this section. ●...
  • Page 119 INTRODUCTORY ABSOCODER INSTALLATIONS ● Mounting of Turn-type ABSOCODER (MRE, VRE) Item Explanation Precaution (1) Mounting For details regarding mounting dimensions, refer to each ABSOCODER dimensions. (2) Cable port (3) Cable The bend radius for movable parts should never be less Do not use the standard than 75 mm(φ150) (robotic cable).
  • Page 120 INTRODUCTORY ABSOCODER INSTALLATIONS ● Mounting of Turn-type ABSOCODER (MRE, VRE) Item Explanation Precaution (1) Coupling of machine A “direct-link” format will shaft and sensor result in shaft fatigue shaft and / or breakage after long periods. Therefore, be sure to use a coupling device to link the shafts.
  • Page 121 INTRODUCTORY ABSOCODER INSTALLATIONS ● Coupling of Turn-type ABSOCODER (MRE, VRE) Item Explanation Precaution (1) Coupling device The selection of a larger selection precaution coupling than necessary will increase the shaft load which is caused by mounting error amount. Excessive force applied to the shaft can deform the coupling and reduce durability.

  • Page 122: Installation Of Linear-Type Absocoder (Vls-[ ]Pw, Vls-[ ]Py)

    INTRODUCTORY ABSOCODER INSTALLATIONS 8-2. Installation of Linear-type ABSOCODER (VLS-[ ]PW, VLS-[ ]PY) Precautions in handling linear-type ABSOCODER (VLS-[ ]PW, VLS-[ ]PY) are described in this section. ● Handling of Linear-type ABSOCODER (VLS-[ ]PW, VLS-[ ]PY) Item Explanation (1) ABSOCODER unit (2) Sensor rod (3) Anchor method ●...
  • Page 123 INTRODUCTORY ABSOCODER INSTALLATIONS ● Mounting of Linear-type ABSOCODER (VLS-[ ]PW, VLS-[ ]PY) Item Explanation (1) Mounting conditions 3. The mounting parallelism and squareness should be as shown in the following figures.

  • Page 124: Installation Of Linear-Type Absocoder (Vls-[ ]Ps)

    INTRODUCTORY ABSOCODER INSTALLATIONS 8-3. Installation of Linear-type ABSOCODER (VLS-[ ]PS) Precautions in handling linear-type ABSOCODER (VLS-[ ]PS) are described in this section. (1) Unit Do not apply loads to the rod. Also take into consideration the vibration and impact shocks in the machine’s thrust direction. (2) Mounting Mounting bracket Clamp the center area of the head.
  • Page 125 INTRODUCTORY ABSOCODER INSTALLATIONS - MEMO -...

  • Page 126: Installation Of Cylnuc Cylinder (Csa, Sba, Sbh)

    INTRODUCTORY ABSOCODER INSTALLATIONS 8-4. Installation of CYLNUC Cylinder (CSA, SBA, SBH) The installation conditions and precautions for CYLNUC cylinder are described in this chapter. ● Handling of CYLNUC cylinder (CSA, SBA, SBH) Item Explanation (1) Main unit The cable terminal area (where cable is attached to the unit) is the weakest part of the CYLNUC cylinder.
  • Page 127 INTRODUCTORY ABSOCODER INSTALLATIONS ● Mounting Precautions of CYLNUC cylinder (CSA, SBA, SBH) When necessary, protect the CYLNUC cylinder's sensor area as shown described below. (1) Secure the cable (with clamp) near the cylinder body to prevent it from being subjected to excessive pulling forces (vibration, etc.). Cable clamp R40 or more Cable clamp...

  • Page 128: Installation Of Inrodsensor (Irs-51.2P)

    INTRODUCTORY ABSOCODER INSTALLATIONS 8-5. Installation of Inrodsensor (IRS-51.2P) For precautions in handling Inrodsensor (IRS-51.2P), consult our sales representative.
  • Page 129 INTRODUCTORY ABSOCODER INSTALLATIONS - MEMO -...

  • Page 130: Installation Of Nt Coder

    INTRODUCTORY ABSOCODER INSTALLATIONS 8-6. Installation of NT Coder Precautions in handling NT Coder are described in this section. (1) Fasten the sensor securely to a sufficiently rigid bracket using the screw holes opposite to the arm (2-M6×1). (2) Position the sensor with the projecting cable facing downward so as to let out any coolant that has entered the inside of the steel panel cover (SUS).

  • Page 131: Operation

    OPERATION Describes about the operation of product. 9. OPERATION FLOW 10. USE IN THE VS-10B MODE 11. SWITCH OUTPUT SETTING 12. OPERATION...

  • Page 132: Operation Flow

    OPERATION OPERATION FLOW 9. OPERATION FLOW 9-1. Procedure Before the Operation The following chart shows the steps before starting VARILIMIT operation. １. Parameter setting Start This parameter is provided with two operational modes. Power on In the first setting after purchasing, specify the mode using Parameter E0. ・VS-10B Mode (Setting value: 0) *Initial value Select the VS-10B Mode when it will be the replacement of the VS-10B Select the parameter setting...

  • Page 133: Unit Operation

    OPERATION OPERATION FLOW 2. Switch output setting 3. Unit operation Start Start Select the parameter setting These steps are required Select the run mode mode ("PRM"). only when the Protected ("RUN"). Switch function is used. Temporary cancel the Enter the Program No. Protected Switch setting.

  • Page 134: Nomenclature And Function Of The Panel Side

    OPERATION OPERATION FLOW 9-2. Nomenclature and Function of the Panel Side Describes nomenclatures and functions of the panel side. ●LED indicator ① Mode indicator (RUN, SET, PRM) ② System ready indicator ③ System error indicator ④ ON/OFF indicator ⑤ Program selection indicator (Serial communication indicator) ●...
  • Page 135 OPERATION OPERATION FLOW ● Indicators Name Descriptions Indicates selecting mode. Mode indicator RUN LED is ON: The run mode ("RUN") is selected. ① RUN, SET, PRM SET LED is ON: The switch setting mode ("SET") is selected. PRM LED is ON: The parameter setting mode ("PRM") is selected. System ready indicator RDY LED is ON: Indicates that there is no error during selecting the run mode ("RUN").

  • Page 136: Operation Flows In Different Modes

    An operation flowchart is shown below. ●Operation Flow for VARILIMIT Mode Selection (Parameter E0) The VARILIMIT VS-10G Series is provided with two operational modes. In the first setting after purchasing, set this parameter for VARILIMIT Mode Selection. - VS-10B Mode: Specify the VS-10B Mode when it will be the replacement of the VS-10B Series.
  • Page 137 OPERATION OPERATION FLOW ●Operation Flow in the VS-10B Mode Mode selection Parameter setting Run ("RUN") Switch setting ("PRM") ("SET") flicker flicker flicker Press long Press long Press long Run mode ("RUN") Parameter setting mode Switch setting mode ("SET") ("PRM") RUN LED ON PRM LED ON SET LED ON Switch output settings...

  • Page 138: Turn On The Power Supply

    OPERATION OPERATION FLOW 9-4. Turn ON the Power Supply The VS-10G Series doesn’t have any power supply switch; therefore, use external switch for turning ON / OFF the power supply. Before turning ON the power supply, be sure that the wiring is correct and the screws of terminal block are securely tightened.
  • Page 139 OPERATION OPERATION FLOW - MEMO -...

  • Page 140: Use In The Vs-10B Mode

    OPERATION VS-10B MODE (Pr. E0=0) 10. USE IN THE VS-10B MODE Functions and settings in the VS-10B Mode are described in this section. For more detail of the Extended mode, refer to the extended function version of the manual. 10-1. Setting the VARILIMIT Mode Selection Parameter Select 0 at Parameter E0 (VARILIMIT Mode Selection) for the VS-10B Mode.
  • Page 141 OPERATION VS-10B MODE (Pr. E0=0) Perform the following steps to set the VARILIMIT Mode Selection parameter. ① Select the parameter setting mode ("PRM"). Press and hold down the key (more than 1 second). The POSITION display will flicker to indicate mode selection is possible.
  • Page 142 OPERATION VS-10B MODE (Pr. E0=0) ⑤ Select the setting value. Use the keys under the POSITION display to select the setting value. Options: 0: VS-10B Mode (8 programs, 30 switches, 10 Dogs) NOTES 1: Extended Mode *1 (8 programs, 30 switches, 10 Dogs) *1: Never to select the Extended Mode.
  • Page 143 OPERATION VS-10B MODE (Pr. E0=0) - MEMO -...

  • Page 144: Parameter List

    OPERATION VS-10B MODE (Pr. E0=0) 10-2. Parameter List This parameter list describes details of each function. Values shown in are the initial (factory setting) values. Parameters that do not need to be changed can be left as they are. ●VARILIMIT Mode Selection Parameter (1/1) Applicable model Reference...
  • Page 145 OPERATION VS-10B MODE (Pr. E0=0) ●Initial parameters (1/1) Applicable model Reference Name Description and setting range (Chapter No.) Initial Display The items selected using Parameter E0 will be shown. ○ ○ ○ ○ Number of Scale Set the number of pitches to be detected. Length Pitches[n] 10-6 ○...
  • Page 146 OPERATION VS-10B MODE (Pr. E0=0) function parameters (1/1) Current position output ● Applicable model Reference Name Description and setting range (Chapter No.) Select the output code and logic for the Current Position Output. 0: BCD output (negative logic) / decimal point output (positive logic) 1: BCD output (positive logic) / decimal point output (negative logic) 2: BCD output (negative logic) /...
  • Page 147 OPERATION VS-10B MODE (Pr. E0=0) function parameters (1/1) Current position preset / protected switch ● Applicable model Reference Name Description and setting range (Chapter No.) Select whether to enable or disable the Current Position Current Position Preset function. Preset Function 10-7 ○...
  • Page 148 54. Specify the node number to VARILIMIT. Node Number 10-16 ○ ○ ○ ○ Setting range: 0 to 15 Select the communication protocol. 0: NSD 1 : MELSEC-A Protocol 10-15 ○ ○ ○ ○ 2 : MELSEC 3 : OMRON 9 : VARIMONI Use this parameter when “2: MELSEC”...
  • Page 149 OPERATION VS-10B MODE (Pr. E0=0) ●Analog output function parameters (1/1) Applicable model Reference Name Description and setting range (Chapter No.) ●Using VS-10G-A(-1) (Voltage output model) Specify the position corresponding to 10VDC. ●Using VS-10G-C(-1) (Current output model) Specify the position corresponding to 20mA. Position Data B Setting range: 10-12...

  • Page 150: Basic Parameter Setting Procedure

    OPERATION VS-10B MODE (Pr. E0=0) 10-3. Basic Parameter Setting Procedure ① Select the parameter setting mode ("PRM"). Press and hold down the key (more than 1 second). The POSITION display will flicker to indicate mode selection is possible. Press the key a number of times until the parameter setting mode ("PRM") is shown.

  • Page 151: Setting The Direction Of Absocoder Rotation (Travel)

    OPERATION VS-10B MODE (Pr. E0=0) 10-4. Setting the Direction of ABSOCODER Rotation (Travel) This parameter defines the ABSOCODER rotation (travel) direction in which the Current Position Value should increase. The increase direction can be specified in CW and CCW. Set the parameter in the following steps: ①...
  • Page 152 OPERATION VS-10B MODE (Pr. E0=0) The setting value will be displayed LED ON/OFF state ③ Select Parameter 91. Use the keys under the SW/PRM display to select "91". ④ Select the direction in which the Current Position Value should increase. PRM LED Use the keys under the...

  • Page 153: Decimal Point Position Setting

    OPERATION VS-10B MODE (Pr. E0=0) 10-5. Decimal Point Position Setting Define how many decimals should be shown to display the VARILIMIT Current Position Value or other setting values. Set the parameter in the following steps: ① Select the parameter setting mode ("PRM"). Press and hold down the key (more than 1 second).

  • Page 154: Detection Range ("Scale") Setting

    OPERATION VS-10B MODE (Pr. E0=0) 10-6. Detection Range ("Scale") Setting "Detection range (= scale) setting" refers to defining the ABSOCODER detection range as appropriate for the subject machine. The following four parameters need to be set to define the detection range. 1.

  • Page 155: General Description Of The Multi-Turn Type Absocoder Setting

    OPERATION VS-10B MODE (Pr. E0=0) 10-6-1. General description of the multi-turn type ABSOCODER setting ① Scale Length, [L] (Parameter 99) The required Scale Length is determined based on the ABSOCODER's (MRE's) total number of turns and the travel amount per rotation, which depends on the machine. ●...

  • Page 156: General Description Of The Linear-Type Absocoder (Dual-Rod) Setting

    OPERATION VS-10B MODE (Pr. E0=0) 10-6-2. General description of the linear-type ABSOCODER (dual-rod) setting ① Scale Length, [L] (Parameter 99) The Scale Length value varies depending on the unit of length being used to display it (millimeters, inches, etc.). In millimeters, the Scale Length should be set to the same value as the Absolute Detection Range value contained in the sensor model code.

  • Page 157: General Description Of The Cylnuc Cylinder Setting

    OPERATION VS-10B MODE (Pr. E0=0) 10-6-3. General description of the CYLNUC cylinder setting The required detection range settings depend on the CYLNUC Cylinder model being used. Define the detection range by setting the following parameters. ● Detection range setting values Setting value Parameter Name...

  • Page 158: General Description Of The Inrodsensor Setting

    OPERATION VS-10B MODE (Pr. E0=0) 10-6-4. General description of the Inrodsensor setting The required detection range settings depend on the Inrodsensor model being used. Define the detection range by setting the following parameters. ● Detection range setting values Setting value Parameter Name IRS-51.2P18D128P0FAC...

  • Page 159: General Description Of The Linear-Type Absocoder (Single-Rod) Setting

    OPERATION VS-10B MODE (Pr. E0=0) 10-6-5. General description of the linear-type ABSOCODER (single-rod) setting The required detection range settings depend on the ABSOCODER model being used. Define the detection range by setting the following parameters. ● Detection range setting values Setting value Parameter Name...

  • Page 160: General Description Of The Single-Turn Type Absocoder Setting

    OPERATION VS-10B MODE (Pr. E0=0) 10-6-6. General description of the single-turn type ABSOCODER setting ① Scale Length, [L] (Parameter 99) If shown in degrees (°), the Scale Length is 360. With 0.1-degree resolution, Scale Length should be set "360.0". Set the number of decimals to be shown using Parameter 90 (Decimal Point Position). ②...

  • Page 161: General Description Of The Nt Coder Setting

    OPERATION VS-10B MODE (Pr. E0=0) 10-6-7. General description of the NT Coder setting NT Coder is designed to be used to distinguish engine camshafts. The arm is operated by a built-in pneumatic cylinder. ① Scale Length, [L] (Parameter 99) As the NT Coder detects the workpiece position using a built-in rotary ABSOCODER, its Scale Length will be as follows: ●...

  • Page 162: Detection Range ("Scale") Setting Procedure

    OPERATION VS-10B MODE (Pr. E0=0) 10-6-8. Detection range ("scale") setting procedure (1) Parameter setting mode ("PRM") selection ① Select the parameter setting mode ("PRM"). Press and hold down the key (more than 1 second). The POSITION display will flicker to indicate mode selection is possible.
  • Page 163 OPERATION VS-10B MODE (Pr. E0=0) (3) Scale Length setting ① Select Parameter 99. The setting value will be displayed Use the keys under the SW/PRM PRM LED LED ON/OFF state display to select "99". is ON ② Enter the setting value. Use the keys under the POSITION display to enter the setting value.
  • Page 164 OPERATION VS-10B MODE (Pr. E0=0) (5) Current Position Value setting The setting value will be displayed PRM LED ① Select Parameter 97. LED ON/OFF state is ON Use the keys under the SW/PRM display to select "97". ② Enter the setting value. Use the keys under the POSITION display to enter the setting value.

  • Page 165: Current Position Preset Setting

    OPERATION VS-10B MODE (Pr. E0=0) 10-7. Current Position Preset Setting Specify the required settings to use the Current Position Preset function. In the VS-10B Mode, use the Current Position Preset by Travel Direction Input. This function refers to correcting the current position value to the predetermined value by way of external input (the current position preset directional selection input and the current position preset input 1 (2)) when a gap is found between the actual machine position and the VARILIMIT's current position display value.
  • Page 166 OPERATION VS-10B MODE (Pr. E0=0) ●Current Position Preset Zone Setting (Parameter 81) Major preset errors can be prevented by setting the current position preset zone. Specify the current position value range to accept the preset input signals using ON and OFF positions. When the machine stays outside the range, the current position value will not be preset even if the current position preset signals are sent.
  • Page 167 OPERATION VS-10B MODE (Pr. E0=0) Specify the following five items at parameters for setting the Current Position Preset by Travel Direction Input 1. Parameter 95 (Current Position Preset / Protected Switch Selection) 2. Parameter 92 (Current Position Preset Function Selection) 3.
  • Page 168 OPERATION VS-10B MODE (Pr. E0=0) (2) Setting the Current Position Preset / Protected Switch Selection The setting value will be displayed ① Select Parameter 95. PRM LED Use the keys under the SW/PRM LED ON/OFF state is ON display to select "95". ②...
  • Page 169 OPERATION VS-10B MODE (Pr. E0=0) (4) Current Position Preset Value setting ① Select Parameter 80. Use the keys under the SW/PRM The setting value will be displayed display to select "80". PRM LED LED ON/OFF state is ON ② Select the preset input number *１ Press the key under the DOG display to select the preset input number.
  • Page 170 OPERATION VS-10B MODE (Pr. E0=0) ⑤ Turn the OFF LED on *2 Press the key and turn the OFF LED on SW-OFF LED to enter the preset value for the time when is ON the directional selection is OFF. ⑥ Enter the preset value for the time when the directional selection signal is OFF Enter the value to preset when the current position preset directional selection is OFF.
  • Page 171 OPERATION VS-10B MODE (Pr. E0=0) (5) Current Position Preset Zone setting ① Select Parameter 81. PRM LED SW-ON LED LED ON/OFF state Use the keys under the SW/PRM is ON is ON display to select "81". ② Select the preset zone No. *1 Press the key to select the Preset Zone number.
  • Page 172 OPERATION VS-10B MODE (Pr. E0=0) ⑤ Turn the OFF LED on *2 Press the key and turn the OFF LED on to enter the Preset Zone OFF Value. SW-OFF LED is ON ⑥ Enter the preset zone OFF value Use the keys under the POSITION display to enter the setting value.
  • Page 173 OPERATION VS-10B MODE (Pr. E0=0) (6) Current Position Preset Error Selection setting POINT: Parameter 82 changes the switch output 30 signal to the preset error output signal. Set the parameter as required. The preset error output signals will be ON when the Preset Error (Err23) or the Preset Data Error (Err50) occurs.

  • Page 174: Program Number Input Method Selection

    OPERATION VS-10B MODE (Pr. E0=0) 10-8. Program Number Input Method Selection Select the method to input program numbers to run. To input the Program Numbers through the program No. I/O connector, refer to "3-6-2. Program Number Change Timing". To select Program Numbers via serial communication, consult our sales representative. NOTES If Parameter 54 for serial communication ("Protocol") is set to "2"...

  • Page 175: Setting The Protected Switch Function

    OPERATION VS-10B MODE (Pr. E0=0) 10-9. Setting the Protected Switch Function This is a function to disable setting and editing of the switch output setting values in regular operation. When 1 or 3 (Protected Switch enabled) is selected, the switch outputs 1-10 will be set as protected switches. At Parameter 95, an appropriate combination of the Current Position Preset and the Protected Switch functions can be selected.

  • Page 176: Protected Switch Suspended Setting

    OPERATION VS-10B MODE (Pr. E0=0) 10-10. Protected Switch Suspended Setting This parameter can be suspended the Protected Switch setting, which is entered by the steps described in 10-9. "Setting the Protected Switch Function". The setting will automatically return to "Enabled" when one of the following actions has been taken. - Changing the mode to the Run mode ("RUN").

  • Page 177: Current Position Output Setting

    OPERATION VS-10B MODE (Pr. E0=0) 10-11. Current Position Output Setting This section applies to VS-10G-D and VS-10G-D-1. Set this parameter if the Current Position Output needs to be used. About input/output timing related to the Current Position Output, refer to "3-6-4. Current Position Output timing". (1) Parameter setting mode ("PRM") selection ①...
  • Page 178 OPERATION VS-10B MODE (Pr. E0=0) (2) Current Position Output Code and Logic setting ① Select Parameter 94. The setting value will be displayed Use the keys under the SW/PRM PRM LED display to select "94". LED ON/OFF state is ON ②...
  • Page 179 OPERATION VS-10B MODE (Pr. E0=0) (3) Latch Pulse Timing and Update Cycle setting ① Select Parameter 79. Use the keys under the SW/PRM display to select "79”. The setting value will be displayed PRM LED LED ON/OFF state is ON ②...

  • Page 180: Setting The Analog Position Output

    OPERATION VS-10B MODE (Pr. E0=0) 10-12. Setting the Analog Position Output This function applies to the following models: Voltage Output Models: VS-10G-A, VS-10G-A-1 Current Output Models: VS-10G-C, VS-10G-C-1 This is a function to output positions using voltage or current signals. Two channels are provided for the analog output.
  • Page 181 OPERATION VS-10B MODE (Pr. E0=0) ●Output of the position from Point B to Point C (twice as long as A to B) in voltage -10V to +10V When Points A and B are specified at the parameter, the position of Point C (in negative) will be fixed. Output Voltage Analog Voltage Output Point C...
  • Page 182 OPERATION VS-10B MODE (Pr. E0=0) (3) Examples of setting the current output model The current range is fixed to 4mA - 20mA. ●Output of the position from Point A to Point B. Output Current Analog Current Output 20mA Position Point A Point B Output Current Analog Current Output...
  • Page 183 OPERATION VS-10B MODE (Pr. E0=0) Set the parameter in the following steps. (1) Parameter setting mode ("PRM") selection ① Select the parameter setting mode ("PRM"). Press and hold down the key (more than 1 second). The POSITION display will flicker to indicate mode selection is possible.

  • Page 184: Output Voltage Range Setting

    OPERATION VS-10B MODE (Pr. E0=0) (2) Output Voltage Range setting This parameter applies only to the voltage output models. With the current output models, the current range is fixed to 4-20mA. No setting is required at this parameter. ① Select Parameter 85. Use the keys under the SW/PRM display to select "85".
  • Page 185 OPERATION VS-10B MODE (Pr. E0=0) (3) Position Data A setting ① Select Parameter 86. Use the keys under the SW/PRM display to select "86". PRM LED LED ON/OFF state is ON ② Select the Channel No. Press the or the key under the DOG display to select the channel number.
  • Page 186 OPERATION VS-10B MODE (Pr. E0=0) (4) Position Data B setting ① Select Parameter 87. Use the keys under the SW/PRM display to select "87". PRM LED LED ON/OFF state is ON ② Select the Channel No. Press the or the key under the DOG display to select the channel number.

  • Page 187: Selecting To Permit/Prohibit All-Data Downloading

    OPERATION VS-10B MODE (Pr. E0=0) 10-13. Selecting to Permit/Prohibit All-data Downloading Contact our sales representative This parameter can be used when switch outputs and parameter setting values for serial communication details. need to be written (downloaded) into the VARILIMIT by serial communication. Select "1 : Permitted"...

  • Page 188: Communication Baud Rate Setting

    OPERATION VS-10B MODE (Pr. E0=0) 10-14. Communication Baud Rate Setting Contact our sales representative The communication baud rate (communication speed) can be selected. for serial communication details. Set the parameter in the following steps. ① Select the parameter setting mode ("PRM"). Press and hold down the key (more than 1 second).

  • Page 189: Communication Protocol Setting

    "54". ④ Select the setting value. Use the keys under the POSITION display to select the setting value. Options: 0: NSD 1: MELSEC-A 2: MELSEC 3: OMRON 9: VARIMONI The selected value can be canceled by pressing the key at this point.

  • Page 190: Node Number Setting

    OPERATION VS-10B MODE (Pr. E0=0) 10-16. Node Number Setting Contact our sales representative This parameter can be used to allocate a node number to VARILIMIT. for serial communication details. Node number setting is required when Parameter 54 (Protocol) is set to "9: VARIMONI". Set the parameter in the following steps.

  • Page 191: Device Selection Setting

    OPERATION VS-10B MODE (Pr. E0=0) 10-17. Device Selection Setting Contact our sales representative The programmable controller's device type can be selected. for serial communication details. Device type setting is required when Parameter 54 (Protocol) is set to "2: MELSEC". Set the parameter in the following steps. ①...

  • Page 192: Device Number Setting

    OPERATION VS-10B MODE (Pr. E0=0) 10-18. Device Number Setting Contact our sales representative This parameter specifies the first device number to be used for serial communication details. by the programmable controller. Device number setting is required when Parameter 54 (Protocol) is set to either of the following options: "2: MELSEC", or "3: OMRON".

  • Page 193: Communication Dog Number Setting

    OPERATION VS-10B MODE (Pr. E0=0) 10-19. Communication Dog Number Setting Contact our sales representative This parameter specifies the last switch-output Dog Number to be retrieved for serial communication details. from the programmable controller. Dog Number setting is required when Parameter 54 (Protocol) is set to either of the following options: "2: MELSEC", or "3: OMRON".

  • Page 194: Switch Output Setting

    OPERATION SWITCH OUTPUT SETTING 11. Switch Output Setting This section explains the switch output setting procedure. 11-1. Switch output setting Shown below is an example of switch setting. Setting example Program No.: 1, Switch No.: 1 ON position 50.0 OFF position 175.0 50.0 175.0...
  • Page 195 OPERATION SWITCH OUTPUT SETTING ③ Select the Program Number. Use the keys under the PROGRAM display to select the Program Number. SET LED SW-ON LED LED ON/OFF state is ON is ON ④ Select the Switch Number. Use the keys under the SW/PRM display to select the Switch Number.
  • Page 196 OPERATION SWITCH OUTPUT SETTING ⑩ Repeat the above steps as required. Repeat Steps ④ to ⑨ for the number of switches. To enter switch output settings for another Program, repeat the procedure from Step ③. POINT: 1. If no switch output setting is registered, the POSITION display will show " ".

  • Page 197: Setting By Teaching

    OPERATION SWITCH OUTPUT SETTING 11-2. Setting by teaching This section explains another switch output setting method. In this method, the setting is entered by way of teaching. Setting example Program No.: 1, Switch No.: 1 ON position 50.0 OFF position 175.0 50.0 175.0...
  • Page 198 OPERATION SWITCH OUTPUT SETTING ③ Select the Program Number. SET LED SW-ON LED Use the keys under the PROGRAM LED ON/OFF state is ON is ON display to select the Program Number. ④ Select the Switch Number. Use the keys under the SW/PRM display to select the Switch Number.

  • Page 199: Multi-Dog Setting

    OPERATION SWITCH OUTPUT SETTING 11-3. Multi-dog setting Up to ten ON and OFF positions (Dogs) can be set for each switch output. The Dogs are numbered from 1 to A (1 to 10). POINT: The following should be considered when entering Multi-Dog settings. 1.
  • Page 200 OPERATION SWITCH OUTPUT SETTING Enter Multi-Dog settings in the following steps: ① Select the switch setting mode ("SET"). Press and hold down the key (more than 1 second). The POSITION display will flicker to indicate mode selection is possible. Press the key a number of times until the switch setting mode ("SET") is shown.
  • Page 201 OPERATION SWITCH OUTPUT SETTING ⑥ Enter the ON position value. Use the , and keys under the POSITION display to enter the ON position value. The POSITION display will flicker with the entered value. The entered value can be canceled by pressing the key at this point.

  • Page 202: Deleting Switch Output Settings

    OPERATION SWITCH OUTPUT SETTING 11-4. Deleting Switch Output Settings Switch output settings can be deleted by the following three methods: (1) Deleting a single Dog (2) Deleting a single Switch (3) Deleting a single Program For the specific deleting steps, refer to the following pages.

  • Page 203: Deleting A Single Dog

    OPERATION SWITCH OUTPUT SETTING 11-4-1. Deleting a single dog To delete a single Dog, select the unnecessary Dog and enter the same value to the ON and OFF positions. Once a Dog is deleted, the remaining Dogs will be renumbered so as not to leave a blank Dog Number. Deletion example: Deleting Dog 2 Dog 1...
  • Page 204 OPERATION SWITCH OUTPUT SETTING ③ Select the Program Number. Use the keys under the PROGRAM display to select the Program Number. SET LED SW-ON LED LED ON/OFF state is ON is ON ④ Select the Switch Number. Use the keys under the SW/PRM display to select the Switch Number.

  • Page 205: Deleting A Single Switch

    OPERATION SWITCH OUTPUT SETTING 11-4-2. Deleting a single switch Deleting a Switch Number will cause all the Dog settings registered to that Switch Number to be deleted. Single Switch deletion can be done in the following steps. ① Select the switch setting mode ("SET"). Press and hold down the key (more than 1 second).
  • Page 206 OPERATION SWITCH OUTPUT SETTING ③ Select the Program Number. Use the keys under the PROGRAM display to select the Program Number. SW-ON LED SET LED LED ON/OFF state is ON is ON ④ Select the Switch Number. Use the keys under the SW/PRM display to select the Switch Number.

  • Page 207: Deleting A Single Program

    OPERATION SWITCH OUTPUT SETTING 11-4-3. Deleting a single program Deleting a Program will cause all the switch output settings registered to that Program to be deleted. Single Program deletion can be done in the following steps: ① Select the switch setting mode ("SET"). Press and hold down the key (more than 1 second).
  • Page 208 OPERATION SWITCH OUTPUT SETTING ③ Select the Program Number. Use the keys under the PROGRAM display to select the Program Number. SW-ON LED SET LED LED ON/OFF state is ON is ON ④ Select the deletion mode. Press the key under the PROGRAM display while pressing the key.
  • Page 209 OPERATION SWITCH OUTPUT SETTING - MEMO -...

  • Page 210: Operation

    OPERATION OPERATION 12. Operation 12-1. Starting operation VARILIMIT operation can be started in the following steps. [ 1 ] Select the switch setting mode ("SET"). [ 2 ] Select the Program Number to be run. [ 3 ] Select the Run mode ("RUN"). [ 4 ] Start operation.
  • Page 211 OPERATION OPERATION [ 3 ] Select the Run mode ("RUN"). Select the Run mode ("RUN") by the method described in Step [1]. [ 4 ] Start operation During VARILIMIT operation, the switch outputs will come on or go off according to their respective setting values.

  • Page 212: Changing The Monitor Types

    OPERATION OPERATION 12-2. Changing the monitor types In the Run mode ("RUN"), the following three types of monitors can be viewed. (1) Current Position Value monitor (2) I/O signal ON/OFF status monitor (3) Switch-output setting value monitor The monitor type can be changed by pressing the key under the POSITION display.

  • Page 213: Monitors

    OPERATION OPERATION 12-3. Monitors (1) Current Position Value monitor The Current Position Values can be viewed during unit operation. ④ ③ ② ① ⑤ Component Description ① POSITION display The Current Position Value can be viewed. The RDY indicator will be on when the unit is in Run mode and no error is present. ②...
  • Page 214 OPERATION OPERATION (2) I/O signal ON/OFF status monitor Each signal of the switch output connector and the program No. I/O connector can be viewed. ⑤ ④ ③ ② ① ⑦ ⑥ Component Description This is the I/O monitor screen. ① POSITION display For further monitor details, refer to the next page.
  • Page 215 OPERATION OPERATION ●POSITION display monitor details Shown below are the images of Switch and Connector Pin Numbers that are shown in the POSITION display. 1. Switch output monitor SW1-15 ON ： (LED is ON) OFF： (LED is OFF) SW10 SW11 SW12 SW13 SW14...
  • Page 216 OPERATION OPERATION 5. Program No. I/O connector pin monitor 1-8, 11-18 For the signal names, refer to "3-4-5. I/O Connector Pin Arrangement". The LEDs under the currently-on Connector Pin Numbers will be lit.
  • Page 217 OPERATION OPERATION (3) Switch output setting value monitor The setting values associated with individual switch outputs can be viewed. ⑦ ⑥ ⑤ ④ ③ ② ① ⑪ ⑩ ⑨ ⑧ Component Description ① POSITION display The ON or OFF setting value will be shown. Indicates what is currently shown in the POSITION display: ②...
  • Page 218 OPERATION OPERATION - MEMO -...
  • Page 219 MAINTANANCE Describes about daily inspections and countermeasures for errors. 13. INSPECTIONS 14. TROUBLE SHOOTING 15. PASSWORD FUNCTION...

  • Page 220: Inspections

    MAINTANANCE INSPECTIONS 13. INSPECTIONS 13-1. Turn-type ABSOCODER (MRE, VRE) The inspection should be conducted once every 6 months to a year. Inspected items which do not satisfy the criteria shown below should be repaired. Inspection Inspection description Criteria Remark item Measure the voltage fluctuation at the power 100VAC model: 82 to 132VAC Power supply...

  • Page 221: Linear Type Absocoder (Vls-[ ]Pw, Vls-[ ]Py)

    MAINTANANCE INSPECTIONS 13-2. Linear Type ABSOCODER (VLS-[ ]PW, VLS-[ ]PY) The inspection should be conducted once every 6 months to a year. Inspected items which do not satisfy the criteria shown below should be repaired. Inspection Inspection description Criteria Remark item Measure the voltage fluctuation at the power 100VAC model: 82 to 132VAC...

  • Page 222: Linear Type Absocoder (Vls-[ ]Ps)

    MAINTANANCE INSPECTIONS 13-3. Linear Type ABSOCODER (VLS-[ ]PS) The inspection should be conducted once every 6 months to a year. Inspected items which do not satisfy the criteria shown below should be repaired. Inspection Inspection description Criteria Remark item Measure the voltage fluctuation at the power 100VAC model: 82 to 132VAC Power supply supply terminal block to determine if it is...

  • Page 223: Cylnuc Cylinder And Inrodsensor

    MAINTANANCE INSPECTIONS 13-4. CYLNUC Cylinder and Inrodsensor The inspection should be conducted once every 6 months to a year. Inspected items which do not satisfy the criteria shown below should be repaired. Inspection Inspection description Criteria Remark item Measure the voltage fluctuation at the power 100VAC model: 82 to 132VAC Power supply terminal block to determine if it is within...

  • Page 224: Nt Coder

    MAINTANANCE INSPECTIONS 13-5. NT Coder The inspection should be conducted once every 6 months to a year. Inspected items which do not satisfy the criteria shown below should be repaired. Inspection Inspection description Criteria Remark item Measure the voltage fluctuation at the power 100VAC model: 82 to 132VAC Power supply supply terminal block to determine if it is within...
  • Page 225 MAINTANANCE INSPECTIONS - MEMO -...

  • Page 226: Trouble Shooting

    MAINTANANCE TROUBLE SHOOTING 14. TROUBLE SHOOTING Error causes and countermeasures are described below. 14-1. Error Displays and Countermeasures Displays the error on VARILIMIT when VARILIMIT or ABSOCODER has an error. Refer to the following list and implement appropriate countermeasures. ● Lists of the error displays, probable causes, and error cancel procedures (1/3) Error display Name...
  • Page 227 MAINTANANCE TROUBLE SHOOTING ● Lists of the error displays, probable causes, and error cancel procedures (2/3) Error display Name Probable cause Error cancel procedure Cancel the error following methods: ●When Parameter E0 is set to 0 - Press the [CLR] key. Err 23 No preset has been attempted after the - Input the error cancel signal from external.
  • Page 228 MAINTANANCE TROUBLE SHOOTING ● Lists of the error displays, probable causes, and error cancel procedures (3/3) Error display Name Probable cause Error cancel procedure Err Hi Change the value to a value within the detection range ↑ Shown alternately Over the Upper The attempted setting value for switch output is at 2-sec interval defined by Parameters 99 (Scale Length) and 98...

  • Page 229: Output Status Upon Error Occurrence

    MAINTANANCE TROUBLE SHOOTING 14-2. Output Status upon Error Occurrence Shown below are what the status of the output signals will be when various errors occur. Motion detection Output Program No. output / HOLD Preset error Current System ready Switch output Analog output output measuring...

  • Page 230: Procedure Contents After Replacing

    MAINTANANCE TROUBLE SHOOTING 14-3. Procedure Contents after Replacing Carry out the following measures after replacing VARILIMIT, ABSOCODER, and sensor cable. Replacing contents Measures In the case of replacing Carry out the following steps after replacement: ABOSOCODER 1. Cancel the error status by one of the following methods: - Press the [CLR] key.

  • Page 231: Initialization Operation

    MAINTANANCE TROUBLE SHOOTING 14-4. Initialization Operation All the VARILIMIT setting contents are deleted after the initialization operation, and the setting is initialized as the factory setting value. Initializes the setting in the following steps. ① Turn the power on with holding 3 keys ( of SW/PRM, and ) at same time.

  • Page 232: Absocoder Check Lists

    MAINTANANCE TROUBLE SHOOTING 14-5. ABSOCODER CHECK LISTS 14-5-1. Multi-turn Type ABSOCODER (MRE-[ ]SP062) ● Applicable ABSOCODER sensor models MRE-32SP062 MRE-G[ ]SP062 [ ] : 64, 128, 160, 256, 320 ● Connection configuration ● Connector appearance and pin position VARILIMIT Extension sensor cable ABSOCODER sensor View A...
  • Page 233 *1: If checks are done at Point B, the measurement value is [Standard coil resistance + extension sensor cable resistance (cable length (m) x 0.2 (Ω))]. The resistance value of the NSD special cable is 0.2Ω/m (loop resistance). Consider resistance variations due to temperature, which, relative to the standard temperature (25 increases 0.4% when the temperature rises 1...

  • Page 234: Linear Type Absocoder (Vls-[ ]Pw, Vls-[ ]Py)

    MAINTANANCE TROUBLE SHOOTING 14-5-2. Linear Type ABSOCODER (VLS-[ ]PW, VLS-[ ]PY) ● Applicable ABSOCODER sensor models VLS-[ ]PW VLS-[ ]PY ● Connection configuration ● Connector appearance and pin position VARILIMIT Extension sensor cable ABSOCODER sensor View A VLS-[ ]PW VLS-[ ]PY View B Checks at Point B should be carried out with Point A connected.
  • Page 235 *1: If checks are done at Point B, the measurement value is [Standard coil resistance + extension sensor cable resistance (cable length (m) x 0.2 (Ω))]. The resistance value of the NSD special cable is 0.2Ω/m (loop resistance). Consider resistance variations due to temperature, which, relative to the standard temperature (25 increases 0.4% when the temperature rises 1...

  • Page 236: Cylnuc Cylinder (Csa, Sba, Sbh)

    MAINTANANCE TROUBLE SHOOTING 14-5-3. CYLNUC Cylinder (CSA, SBA, SBH) ● Applicable CYLNUC Cylinder models ● Connection configuration ● Connector appearance and pin position CYLNUC VARILIMIT Extension sensor cable Cylinder View A View B Checks at Point C should be carried out with Point A or B connected. ●...
  • Page 237 *1: If checks are done at Point C, the measurement value is [Standard coil resistance + extension sensor cable resistance (cable length (m) x 0.2 (Ω))]. The resistance value of the NSD special cable is 0.2Ω/m (loop resistance). Consider resistance variations due to temperature, which, relative to the standard temperature (25 increases 0.4% when the temperature rises 1...

  • Page 238: Inrodsensor (Irs-51.2P)

    MAINTANANCE TROUBLE SHOOTING 14-5-4. Inrodsensor (IRS-51.2P) ● Applicable Inrodsensor IRS-51.2P ● Connection configuration ● Connector appearance and pin position VARILIMIT Extension sensor cable Inrodsensor View A IRS-51.2P Checks at Point C should be carried out with Point A or B connected. ●...
  • Page 239 *1: If checks are done at Point B, the measurement value is [Standard coil resistance + extension sensor cable resistance (cable length (m) x 0.2 (Ω))]. The resistance value of the NSD special cable is 0.2Ω/m (loop resistance). Consider resistance variations due to temperature, which, relative to the standard temperature (25 increases 0.4% when the temperature rises 1...

  • Page 240: Linear Type Absocoder (Vls-[ ]Ps)

    MAINTANANCE TROUBLE SHOOTING 14-5-5. Linear Type ABSOCODER (VLS-[ ]PS) ● Applicable ABSOCODER sensor models VLS-[ ]PS ● Connection configuration ● Connector appearance and pin position ABSOCODER VARILIMIT Extension sensor cable sensor VLS-8PSJ20B View A VLS-8PSJ20A VLS-8PSA VLS-8PSM VLS-10PS VLS-16PSA VLS-16PS64B Checks at Point B should be carried out with Point A connected.
  • Page 241 *1: If checks are done at Point B, the measurement value is [Standard coil resistance + extension sensor cable resistance (cable length (m) x 0.2 (Ω))]. The resistance value of the NSD special cable is 0.2Ω/m (loop resistance). Consider resistance variations due to temperature, which, relative to the standard temperature (25 increases 0.4% when the temperature rises 1...

  • Page 242: Single-Turn Type Absocoder (Vre-P062, Vre-P028)

    MAINTANANCE TROUBLE SHOOTING 14-5-6. Single-turn Type ABSOCODER (VRE-P062, VRE-P028) ● Applicable ABSOCODER sensor models VRE-P028 VRE-P062 ● Connection configuration ● Connector appearance and pin position VARILIMIT Extension sensor cable ABSOCODER sensor VRE-P028 View A VRE-P062 Checks at Point B should be carried out with Point A connected. ●...
  • Page 243 *1: If checks are done at Point B, the measurement value is [Standard coil resistance + extension sensor cable resistance (cable length (m) x 0.2 (Ω))]. The resistance value of the NSD special cable is 0.2Ω/m (loop resistance). Consider resistance variations due to temperature, which, relative to the standard temperature (25 increases 0.4% when the temperature rises 1...

  • Page 244: Single-Turn Type Absocoder (Vre-16Ts062)

    MAINTANANCE TROUBLE SHOOTING 14-5-7. Single-turn Type ABSOCODER (VRE-16TS062) ● Applicable ABSOCODER sensor models VRE-16TS062 ● Connection configuration ● Connector appearance and pin position VARILIMIT Extension sensor cable ABSOCODER sensor View A VRE-16TS062 View B Checks at Point B should be carried out with Point A connected. ●...
  • Page 245 *1: If checks are done at Point B, the measurement value is [Standard coil resistance + extension sensor cable resistance (cable length (m) x 0.2 (Ω))]. The resistance value of the NSD special cable is 0.2Ω/m (loop resistance). Consider resistance variations due to temperature, which, relative to the standard temperature (25 increases 0.4% when the temperature rises 1...

  • Page 246: Multi-Turn Type Absocoder (Mre-[ ]Ss062)

    MAINTANANCE TROUBLE SHOOTING 14-5-8. Multi-turn Type ABSOCODER (MRE-[ ]SS062) ● Applicable ABSOCODER sensor models MRE-32SS062 MRE-G[ ]SS062 [ ]: 64, 128, 160, 256, 320, 640, 1280, 2560 ● Connector appearance and pin ● Connection configuration position VARILIMIT Extension sensor cable ABSOCODER sensor View A...
  • Page 247 *1: If checks are done at Point B, the measurement value is [Standard coil resistance + extension sensor cable resistance (cable length (m) x 0.2 (Ω))]. The resistance value of the NSD special cable is 0.2Ω/m (loop resistance). Consider resistance variations due to temperature, which, relative to the standard temperature (25 increases 0.4% when the temperature rises 1...

  • Page 248: Single-Turn Type Absocoder (Vre-S062, Vre-S028)

    MAINTANANCE TROUBLE SHOOTING 14-5-9. Single-turn Type ABSOCODER (VRE-S062, VRE-S028) ● Applicable ABSOCODER sensor models VRE-S028 VRE-S062 ● Connector appearance and pin ● Connection configuration position Extension sensor cable VARILIMIT ABSOCODER sensor View A VRE-S028 View B VRE-S062 Checks at Point B should be carried out with Point A connected. ●...
  • Page 249 *1: If checks are done at Point B, the measurement value is [Standard coil resistance + extension sensor cable resistance (cable length (m) x 0.2 (Ω))]. The resistance value of the NSD special cable is 0.2Ω/m (loop resistance). Consider resistance variations due to temperature, which, relative to the standard temperature (25 increases 0.4% when the temperature rises 1...

  • Page 250: Nt Coder

    MAINTANANCE TROUBLE SHOOTING 14-5-10. NT Coder ● Applicable NT coder models VRE-16TSWABC3 ● Connector appearance and pin ● Connection configuration position Extension sensor cable NT coder VARILIMIT View A VRE-16TSWABC3 Checks at Point B should be carried out with Point A connected. ●...
  • Page 251 *1: If checks are done at Point B, the measurement value is [Standard coil resistance + extension sensor cable resistance (cable length (m) x 0.2 (Ω))]. The resistance value of the NSD special cable is 0.2Ω/m (loop resistance). Consider resistance variations due to temperature, which, relative to the standard temperature (25 increases 0.4% when the temperature rises 1...

  • Page 252: Password Function

    MAINTANANCE PASSWORD FUNCTION 15. Password Function This is the function to ask inputting the password when the mode of VARLIMIT changes from the operation (RUN) mode. Customers can pick and set the password which consists of 3 digits of numeric values. The mode cannot be changed without the password after setting numbers;...

  • Page 253: Cautions When Setting The Password

    MAINTANANCE PASSWORD FUNCTION 15-2. Cautions when setting the password ● Important Keep the password in a safe place. The mode of VARILIMIT couldn’t be changed if you forgot the password. As the result, setting values of the parameter and the switch output cannot be change or read by the panel side operation of VARILIMIT. When using the setting and editing software “VS-10F/G-EDW2”, setting values of the parameter and the switch output are able to read, but not able to write.

  • Page 254: Password Setting Procedures

    MAINTANANCE PASSWORD FUNCTION 15-3. Password setting procedures Sets the password by the following procedures. LED ON/OFF state : ON : OFF ① Display the mode selection screen. : Flicker Press and hold down the key (more than 1 second). The POSITION and MODE display will flicker to indicate mode selection is possible.
  • Page 255 MAINTANANCE PASSWORD FUNCTION ⑤ Enter the current password. Press key of POSITION once, “000” is flickering in the POSITION display area. Go to the procedure ⑥ after the above-procedure when setting the password for the first time. In the case of changing the password, enter the password which is already set by pressing , or...

  • Page 256: Mode Selection Procedure After Setting The Password

    MAINTANANCE PASSWORD FUNCTION 15-4. Mode selection procedure after setting the password Explains the operation procedure of mode selection after setting the password. The password must be input when changing the mode from run mode ("RUN") to parameter setting mode ("PRM") or switch setting mode ("SET").
  • Page 257 APPENDIX Attaches descriptions of the CE marking and UL standard compliance, the data sheets, and the upgrading guide. APPENDIX 1. CE MARKING APPENDIX 2. UL STANDERD APPENDIX 3. DATA SHEET APPENDIX 4. UPGRADING...

  • Page 258: Appendix 1. Ce Marking

    APPENDIX CE MARKING APPENDIX 1. CE MARKING The DC24V-type VARILIMIT models, VS-10G-1，VS-10G-D-1，VS-10G-A-1 and VS-10G-C-1, conform to the EMC Directive. APPENDIX 1-1. EMC Directives It is necessary to do CE marking in the customer’s responsibility in the state of a final product. Confirm EMC compliance of the machine and the entire device by customer because EMC changes configuration of the control panel, wiring, and layout.
  • Page 259 A cable which connects to the communication connector must use with a shield, and the shield is connected to mounting screw. The cable is used metallic shell connectors when NSD tested, and the cable shield is connected to the screw part of the connector. (⑤ in the figure ) ①...

  • Page 260: Appendix 2. Ul Standard

    APPENDIX UL STANDARD APPENDIX 2. UL STANDARD The DC24V-type VARILIMIT models, VS-10G-1，VS-10G-D-1，VS-10G-A-1 and VS-10G-C-1, correspond to the UL Standard. Read this page carefully and use VARILIMIT by following the described items. APPENDIX 2-1. Installation - Install inside the control cabinet. - For use in pollution degree 2 environment - Within the surrounding air temperature 0℃...
  • Page 261 APPENDIX UL STANDARD - MEMO -...

  • Page 262: Appendix 3. Data Sheet

    APPENDIX DATA SHEET APPENDIX 3. DATA SHEET APPENDIX 3-1. VS-10B Mode Data Sheet APPENDIX 3-1-1. Parameter data sheet ●When Parameter E0 is set to 0 (1/3) Applicable model Setting ranges and initial values: Reference Setting Name The initial values are shown inside "□". (Chapter No.) value 0: VS-10B Mode...
  • Page 263 APPENDIX DATA SHEET ●When Parameter E0 is set to 0 (2/3) Applicable model Setting ranges and initial values: Reference Setting Name The initial values are shown inside "□". (Chapter No.) value 0: Panel key input Program No. Input 1 : External input via connector 10-8 ○...
  • Page 264 ○ ○ 2: 9600bps 5 : 57600bps 0 to 15 10-16 Node Number ○ ○ ○ ○ 0: NSD 1 : MELSEC-A 2 : MELSEC Protocol 10-15 ○ ○ ○ ○ 3 : OMRON 9 : VARIMONI 0: D (Data register)
  • Page 265 APPENDIX DATA SHEET - MEMO -...

  • Page 266: Appendix 3-2. Switch Output Data Sheet

    APPENDIX DATA SHEET APPENDIX 3-2. Switch Output Data Sheet Please copy required number of this data sheets.
  • Page 267 APPENDIX DATA SHEET - MEMO -...

  • Page 268: Appendix 4. Upgrading

    APPENDIX UPGRADING APPENDIX 4. UPGRADING This section describes about upgrading from the existing VS-10B Series to the VS-10G Series. The existing VS-10B Series can be updated to the VS-10G Series without replacing the host PLC, ABSOCODER and I/O cables by using replacement fixtures and cables. As these fixtures are compatible with the VS-10B Series, the attachment needs no new mounting holes.
  • Page 269 APPENDIX UPGRADING (2) Difference in Appearance This section describes the difference in appearance between the existing VS-10B Series and the VS-10G Series with the replacement suggestions. Item VS-10B series VS-10Gseries Suggestion Note that the power-supply voltage is Power supply voltage AC100V / AC200V AC100V or DC24V different.

  • Page 270: Appendix 4-2. Confirming The Vs-10B Series Product Model

    APPENDIX UPGRADING APPENDIX 4-2. Confirming the VS-10B Series Product Model Check the product model of the VS-10B Series. The product model is necessary for selecting fixtures replacement and conversion cables. It is also needed for parameter settings. Details of the model can be confirmed with the model name sticker on the bottom of the unit. Model name sticker Model: VS-10B-①②NP-③- ④...

  • Page 271: Appendix 4-3. Replacement Models

    APPENDIX UPGRADING APPENDIX 4-3. Replacement Models This section shows the models of the VARILIMIT VS-10G Series, replacement fixtures and conversion cables for replacement. ● Built-In type Upgrading VARILIMIT Current Model Replacement Fixture Conversion Cable Model VS-10B-UNNP-0/1-[ ]-N0[*1]0 VS-10B-UNNP-0/1-[ ]-N1[*1]0 VS-10G-MP...
  • Page 272 APPENDIX UPGRADING ● Panel mount type Upgrading VARILIMIT Current Model Replacement Fixture Conversion Cable Model VS-10B-PNNP-0/1-[ ]-N0[*1]0 2 types required VS-10B-PNNP-0/1-[ ]-N1[*1]0 VS-10G-MP VS-C10G-R01 VS-10B-PNNP-0/1-[ ]-N2[*1]0 - VS-K10BP - VS-K-F VS-10B-PNNP-0/1-[ ]-N3[*1]0 VS-10B-PNNP-0/1-[ ]-N0[*2]0 2 types required VS-10B-PNNP-0/1-[ ]-N1[*2]0 VS-10G-L VS-C10G-R01 - VS-K10BP VS-10B-PNNP-0/1-[ ]-N2[*2]0...

  • Page 273: Appendix 4-4. Difference In Parameter Settings

    APPENDIX UPGRADING APPENDIX 4-4. Difference in Parameter Settings 1. Using the VS-10B Mode. Parameter numbers and setting details in the VS-10B Mode are the same as of the existing VS-10B Series. In the VS-10B Mode, select 0 at Parameter E0 (VARILIMIT Mode Selection). (The initial value at this parameter is 0.

  • Page 274: Appendix 4-5. Outer Dimensional Drawing Of Replacement Fixtures

    APPENDIX UPGRADING APPENDIX 4-5. Outer Dimensional Drawing of Replacement Fixtures This section shows the outline dimensional drawing of the replacement fixtures for the VS-10G Series. (1) Replacement Fixture for VS-10B-UNNP and VS-10B-UDNP VS-K10G Units: mm (2) Replacement Fixture for VS-10B-UANP VS-K10BA Units: mm Analog Output Terminal...
  • Page 275 APPENDIX UPGRADING (3) Replacement Fixture for VS-10B-PNNP VS-K10BP+VS-K-F Units: mm (4) Replacement Fixture for VS-10B-PDNP VS-K10BPD+VS-K-F Units: mm...

  • Page 276: Appendix 4-6. Outline Dimensional Drawing Of Conversion Cables

    APPENDIX UPGRADING APPENDIX 4-6. Outline Dimensional Drawing of Conversion Cables (1) VS-C10G-R01 Switch output, Program No. input Units: mm...
  • Page 277 APPENDIX UPGRADING (2) VS-C10G-R02 Current position output Units: mm...
  • Page 278 APPENDIX UPGRADING (3) VS-C10G-R03 Analog output Units: mm This cable is attached to the replacement fixture VS-K10BA.
  • Page 280 Manufacturer NSD Corporation 3-31-28, OSU, NAKA-KU, NAGOYA, JAPAN 460-8302 Distributor NSD Trading Corporation 3-31-23, OSU, NAKA-KU, NAGOYA, JAPAN 460-8302 Phone: +81-52-261-2352 Facsimile: +81-52-252-0522 URL: www.nsdcorp.com E-mail: foreign@nsdcorp.com Copyright©2024 NSD Corporation All rights reserved.

This manual is also suitable for:

Varilimit vs-10g- seriesVarilimit vs-10g-1- seriesVarilimit vs-10g-d- seriesVarilimit vs-10g-d-1- seriesVarilimit vs-10g-a- seriesVarilimit vs-10g-a-1- series ... Show all