Proton SL mini Series Instruction Manual

Speed and length gauges

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Instruction Manual

SL mini and SLR mini-i4 Series Speed and Length

Gauges

Issue 3h

4 October 2022

Proton Products Co. Ltd.

10 Aylesbury End

Beaconsfield

Buckinghamshire HP9 1LW

England

www.protonproducts.com

Page 1 of 85

SL mini and SLR mini-i4 Series Speed and Length Gauges Instruction Manual - issue 3h

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Page 1 Instruction Manual SL mini and SLR mini-i4 Series Speed and Length Gauges Issue 3h 4 October 2022 Proton Products Co. Ltd. 10 Aylesbury End Beaconsfield Buckinghamshire HP9 1LW England www.protonproducts.com Page 1 of 85 SL mini and SLR mini-i4 Series Speed and Length Gauges Instruction Manual - issue 3h...
Page 2: Table Of Contents
Table of Contents (CSA) ............5 ECLARATION OF ONFORMITY ..............6 LASER SAFETY PARAMETERS ..................7 NTRODUCTION ................7 RINCIPLE OF PERATION ..................8 PECIFICATIONS ......................8 ODEL PECIFIC PECIFICATIONS ........................8 OMMON PECIFICATIONS ................. 10 IMENSIONAL RAWINGS ................11 NNOTATED RAWINGS ............................
Page 3 RS-232 C ......................... 53 OMMUNICATIONS RS-232 interface ............................53 RS-232 Printing ............................54 Proton standard RS232 parameter access protocol ..................56 Modbus parameter access protocol ......................58 ......................62 THERNET COMMUNICATIONS Ethernet interface ............................62 Ethernet LED indicator ..........................62 PROFIBUS ......................
Page 4: Equipment Covered
Compliance with EMC directives was by the standards route. It is declared for and on behalf of Proton Products Ltd that the equipment specified below conforms to EC directives EMC: 2014/30/EU and Low Voltage: 2014/35/EU and Laser Safety BS EN 60825- 1:2007.
Page 5: Declaration Of Conformity (Csa)
10 Aylesbury End Beaconsfield Bucks HP9 1LW ENGLAND Proton Products is an ISO9001:2015 registered company. The declaration is signed by: ……………………… Paul Sives Page 5 of 85 SL mini and SLR mini-i4 Series Speed and Length Gauges Instruction Manual - issue 3h...
Page 6: Laser Safety Parameters
VISIBLE AND INVISIBLE LASER RADIATION AVOID EYE OR SKIN EXPOSURE TO DIRECT OR SCATTERED RADIATION CLASS IIIb LASER PRODUCT Proton Products SL mini and SLR mini series laser speed and length gauges emit laser radiation with the following parameters: Parameter Minimum...
Page 7: Introduction
NTRODUCTION The Proton Products SL mini and SLR mini series of laser speed and length gauges provide highly- accurate, non-contact speed and length measurement. SL mini series gauges offer speed and length measurement for unidirectional production lines. SLR mini series gauges offer speed and length measurement for bidirectional production lines. The gauge senses the direction of motion and will automatically increment or decrement the length accordingly.
Page 8: Specifications
PECIFICATIONS ODEL PECIFIC PECIFICATIONS Unidirectional – SL mini Bidirectional – SLR mini Specification Units 1220 3060 1220 3060 Minimum speed 0.15 0.25 m/min Maximum speed 2000 3000 ±2000 ±3000 m/min Nominal stand-off distance Depth of field OMMON PECIFICATIONS Specification Minimum Typical Maximum Units...
Page 9 PROFINET EtherNet/IP *An optional RS-232-to-USB converter cable is available for connection to USB equipped computers. **CAN-bus protocol is proprietary and reserved for connection to other Proton Products equipment such as a CDI4 interface display unit. Page 9 of 85 SL mini and SLR mini-i4 Series Speed and Length Gauges Instruction Manual - issue 3h...
Page 10: Dimensional Drawings
IMENSIONAL RAWINGS Page 10 of 85 SL mini and SLR mini-i4 Series Speed and Length Gauges Instruction Manual - issue 3h...
Page 11: Nnotated Rawings
NNOTATED RAWINGS OP VIEW Label Description LED indicators LCD display Tamper-evident seal (×2; damage to or removal will invalidate the product warranty) RONT VIEW Label Description Optional air wipe / beam enclosure tube mounting holes (×4) Optical window Laser shutter control switch Switch status Laser shutter status Laser beam status...
Page 12: Rear View
EAR VIEW Label Description Earth bolt Cooling air / water outlet Cooling air / water inlet “INTERFACE” connector port Nitrogen gas purge port (for factory use only; any attempt to open or connect to this port will invalidate the product warranty) NDERSIDE VIEW Label Description...
Page 13: Led Indicators
INDICATORS Label Condition Description Extinguished No laser emission LASER Yellow Laser emission Flashing Laser shutter is closed, whilst laser diode is on. Extinguished No CANbus connection Green CANbus communicating Extinguished No Ethernet connection Green Ethernet connected Flashing red Ethernet data transmission Extinguished Optional PROFIBUS / PROFINET / EtherNet/IP not connected i-BUS...
Page 14: Optional Accessories
Displays measured speed and length. • Provides menu-based setting of all parameters. • Mounts directly on the gauge body or remotely via an extension cable. Proton part number 00049MC021 CAN-bus cable Name Length / m Proton part number CAN 9DD_003M...
Page 15: Power
USB-RS232 Cable • For connecting the RS232 port of the PSU-BOB to the 7″ Touch Screen PC. • Length: 1.8m. Proton part number GP00000624 OWER PSU-BOB Power supply and mini break out box • Connects via the DB44 “INTERFACE” connector.
Page 16: Stands And Guards
TANDS AND UARDS Base Plate • For securing a SL/SLR mini gauge to a mounting surface. Proton part number 00050MC042 Vibration reducing kit • For use with the above Base Plate (00050MC042) in high-vibration environments. Proton part number 00050MC043 3D Adjuster Plate •...
Page 17: Protection
Laser Protection Tube for SL/SLR mini 3060 • Enclosure of the laser beam to within 10mm of the object for laser safety and harsh environments. Proton part number 00050MC037 ROTECTION Air wipe • High-efficiency, air-wiped protection window for dusty/steamy environments with a quick-change window release mechanism.
Page 18: Optional Cooling System
PTIONAL COOLING SYSTEM For hot environments, air or water may be pumped through the base of the gauge for cooling. Cooling air or Cooling air or water outlet water inlet Note: cooling is required if the case temperature of the gauge exceeds 50° C. The case temperature of the gauge can be viewed on the Status page 2 on CDI4.
Page 19: Installation
NSTALLATION RECAUTIONS Operating and storage temperature Specification Minimum Typical Maximum Units Operating temperature ° C Storage temperature ° C • Do not store or operate the gauge in temperatures outside of the specified ranges. • Do not install the gauge near high temperature surfaces or objects which may cause it to overheat.
Page 20: Periodic Maintenance
• For all class 3B laser devices, the safety measures below MUST be provided. Some measures are the responsibility of the device manufacturer (Proton Products), whilst other measures are the responsibility of the end-user. •...
Page 21: Optical Windows
• If the optical window appears to be damaged or misaligned, then the unit should be sent to a Proton Products authorised service agent for repair. • If the optical window requires cleaning, then refer to the cleaning procedure detailed below to minimise the risk of scratching the windows.
Page 22: Optical Window Cleaning Procedure
NSTALLATION SEQUENCE Unpack the gauge and check for missing accessories and shipping damage. Mechanical installation: 1. Mount the gauge securely either on a user supplied mount or on an optional Proton Products mounting plate. Electrical installation: 1. Install earth connections.
Page 23: Mechanical Installation
ECHANICAL NSTALLATION Stand-off distance and depth-of-field • For best accuracy, locate the measured object at the specified stand-off distance to the gauge. • Speed and length measurement is possible for objects located away from the specified stand- off distance but still within the depth-of-field; however the measurement accuracy may be degraded by the reduced signal strength.
Page 24: Object Stabilisation
Object stabilisation For accurate speed and length measurements, the distance between the measured object and the gauge must be kept constant; the measured object must be guided to prevent flutter: Incorrect Correct The end-user must provide suitable mechanisms for guiding and stabilising the motion of the measured object.
Page 25: Optical Alignment
Optical alignment Non-perpendicular alignment of the speed and length gauge to the measured object will degrade measurement accuracy; it is recommended the gauge is installed and aligned by technicians with metrology experience who understand the implications of even a small angular misalignment. Correct Gauge Alignment Pitch alignment Acceptable for γ...
Page 26 Compounded roll and yaw cosine error Measured speed = (True object speed) × cos (α) × cos (β) Error angle α or β / degrees cos (α) or cos (β) Measurement error / % 1.000000 0.000 0.25 0.999990 -0.001 0.50 0.999962 -0.004 0.75...
Page 27: Measurement Direction
Measurement Direction SL mini Unidirectional Speed and Length Gauge The unidirectional SL mini speed and length gauge interprets motion in either direction as a positive speed and an increase in length, thus correct length accumulation requires that the object must only move in one direction (reverse motion will incorrectly cause the length to increment, not decrement).
Page 28: Slr Mini Bidirectional Speed And Length Gauge
SLR mini Bidirectional Speed and Length Gauge The bidirectional SLR mini speed and length may be used for production lines that exhibit bidirectional motion and line stoppage. SLR mini Left to right Right to left Object motion direction Input Count Direction Speed Length...
Page 29: Electrical Installation
LECTRICAL NSTALLATION Earth connection Connector type: M5 bolt • An earth wire of at least 6mm must be attached via a crimp on ring terminal to the dedicated M5 earth bolt on the case of the gauge. • Do not rely on the mounting bolts to provide a reliable earth path. •...
Page 30: Laser Enable
ASER NABLE • The laser enable input is provided for compliance with laser safety regulations. • The laser diode in the gauge may be energised only if the “LSR_EN” pin (pin 29) is connected (via an external user-supplied switch contact) to any one of the “DGND” pins (pins 3, 4, 15, 28, 34, 44).
Page 31: Shutter Control Switch , Shutter Enable Input And Shutter State Output
HUTTER ONTROL WITCH HUTTER NABLE NPUT AND HUTTER TATE UTPUT The shutter control switch (located on the front of the gauge), the shutter enable input (SHUT_EN) and shutter status output (SHUT_ST) are provided for compliance with laser safety regulations. The SHUT_EN input and the shutter control switch operate in conjunction as follows: SHUT_EN input Shutter control switch Shutter state...
Page 32: Shut_En Input Electrical Specifications
SHUT_EN input electrical specifications Connector type: DB44 male (socket) Functional Designation Description Notes group Shield Shield Shield Connect to cable and connector shields +24V +24V power Power SUPPLY supply supply and Power signal supply and DGND ground signal ground (0V) Connection Shutter Laser...
Page 33: Shut_St Output Electrical Specifications
SHUT_ST output electrical specifications Connector type: DB44 male (socket) Functional Designation Description Notes group Shield Shield Shield Connect to cable and connector shields +24V +24V power SUPPLY supply Power Power supply and supply and ground DGND signal ground (0V) Signal Shutter Laser Shutter...
Page 34: Power Supply
OWER UPPLY Specification Minimum Typical Maximum Units Power supply voltage* Power consumption *If a long power supply cable with a significant voltage drop is used, then ensure that the voltage at the gauge connector does not fall below the minimum value. Connector type: DB44 male (socket) Functional Designation...
Page 35: Configuration Via Cdi4
CDI4 ONFIGURATION VIA OWER ON SCREEN When the gauge is powered on, the Proton welcome screen will be displayed momentarily. Touch screen calibration If the CDI4 touch screen can be calibrated using the following procedure: 1. Press the “Click to calibrate touch screen” message during gauge power on to access the screen calibration function.
Page 36: Home Page 1 ( Normal Mode )
OME PAGE NORMAL MODE Home page 1 (in normal mode) displays: Speed hold / Length hold / Laser status - Current measured total length - Current measured speed - GR: Good readings level - SNR: Signal-to-Noise Ratio OME PAGE BATCH MODE Home page 2 (in batch mode) displays: Speed hold / Length hold / Laser status - Current measured batch length...
Page 37 Press the button to reset the current measured length to zero. A pop-up window will appear after pressing this button: Press the “OK” button to reset the length to zero, or press the “Cancel” button to cancel the operation. Press the button to access the function menu page.
Page 38: Home Page 2 ( Normal And Batch Mode )
OME PAGE NORMAL AND BATCH MODE Home page 2 displays: - The proportion of which has currently been measured relative to the value of preset length 1, up to 100%. - The value of Preset Length 1 Adjust Preset Length 1 by clicking on the value, entering the new value and clicking the “OK”...
Page 39: Measurement
EASUREMENT Press the Measurement icon on the home page to access the Measurement page 1. - Select the operation mode from options: Normal; Batch - Select the measurement unit from options: m/min, m; ft/min, ft; ft/min, yds; ft/min, inch; yds/min, yds. - Select the length resolution from options: 0.1&0.0001;...
Page 40 - Select auto reset switch from options: OFF; ON. - Select the length auto save switch from options: OFF; ON. - Set the value of speed average time. - Set the value of hold time. - Set the value of length offset. - Set the value of speed compensation.
Page 41 Length offset: 0 ~ 3276.7m This is used if a product is threaded through a production line before the production line is started, particularly if the gauge is sited a the beginning of the line. A positive length (Length offset) can be added to compenstae for the unmeasured length.
Page 42 OMMUNICATIONS - Select RS232 baud rate from options: 4800; 9600; 19200; 38400; 115200. - Select RS232 mode from options: PROTON; Modbus. - Select RS422 baud rate from options: 4800; 9600; 19200; 38400;115200. - Select RS422 mode from options: PROTON; Modbus.
Page 43 - The industrial communication bus type. - Set the device ID of the gauge. - Select the DeviceNet baud rate from options: 125K; 250K; 500K. - Set the Profibus ID of the gauge then click the “OK” button to confirm. Press the button to return to the home page.
Page 44: Communications
OMMUNICATIONS - Select RS232 baud rate from options: 4800; 9600; 19200; 38400; 115200. - Select RS232 mode from options: PROTON; Modbus; Zebra printer. - Select RS422 baud rate from options: 4800; 9600; 19200; 38400;115200. - Select RS422 mode from options: PROTON; Modbus.
Page 45 - Select the industrial communication bus type. Note that if the iBUS type is changed, the gauge must be reboot to take effect. - Set the device ID of the gauge. - Select the DeviceNet baud rate from options: 125K; 250K; 500K.
Page 46: Interface
INTERFACE Press the Interface icon on the function menu page to access the Interface page 1. - Switch ON or OFF the pulse reset during length reset. - Select the pulse 1, 2 output mode. - Select the pulse 3, 4 output mode. - Set the required pulse rate for pulse output 1.
Page 47 - Select the pulse 5, 6 output mode - Set the required pulse rate for pulse output 5. - Set the required pulse rate for pulse output 6. - Set the H-level width of the pulse rates. Press the button to return to the home page. Press the button to access the function menu page.
Page 48 - Select the logic input 1 function. - Select the logic input 2 function. - Select the logic input 3 function. - Select the logic input 1 polarity from options: Active Low; Active High. - Select the input 2 polarity from options: Active Low; Active High.
Page 49 - Switch the laser ON or OFF. - Select the logic output 1 function. - Select the logic output 2 function. - Select the logic output 3 function. - Set the closure time for logic output in batch mode. - Set the Good Readings threshold for logic output. - Select whether the speed reading used should be averaged.
Page 50 - Select the analogue output source: Speed; Good reading. - Set the analogue output full scale value. - Set the analogue output gain. - Set the analogue output zero. Press the button to return to the home page. Press the button to access the function menu page.
Page 51: Status
TATUS Press the Status icon on the function menu page to access the Status page. This page displays read- only diagnose information on the gauge. ACCESS LEVELS Press the Access levels icon on the function menu page to enter the access levels page 1. Input the password “18018”...
Page 52: Standard Communications Interfaces
This CAN-bus interface is fitted as standard. It operates independently of the other communications interfaces and may be accessed at the same time as them. The CAN-bus interface uses a proprietary Proton Products protocol. It is exclusively used to communicate between the unit and other Proton Products modules. The unit automatically detects connection to other modules and configures the bus appropriately;...
Page 53: Rs-232 Communications
RS-232 C OMMUNICATIONS This RS-232 interface is fitted as standard. It operates independently of the other communications interfaces and may be accessed at the same time as them. If the RS-232 interface “Mode” is set to “Zebra printer”, then a Zebra Zebra printer may be connected to the port to print reel report tickets when triggered by the “End of Reel”...
Page 54: Rs-232 Printing
Zebra printer and may also be downloaded from www.zebra.com). Connect the PC to the Zebra printer using the USB cable supplied with the printer. Run the “Zebra Designer” software and open the “PROTON.lbl” sample label layout file: Page 54 of 85...
Page 55 The label layout must be designed to accommodate the above 3 strings in sequence: Export the “PROTON.lbl” file to the Zebra printer by clicking “File → Store” in the “Zebra Designer” software, then select “Internal Flash” and click the “Store to printer” button: The Zebra printer may be triggered to print a ticket by activating the “End of Reel”...
Page 56: Proton Standard Rs232 Parameter Access Protocol
Proton standard RS232 parameter access protocol This uses a protocol to access individual parameters or blocks of parameters and is typically used in a production line environment where the gauge is connected to a PLC or similar device. Notes - The parameters are split into ‘Input’ and ‘Output’ groups, the ‘Input’ parameters can be both read and written, and the ‘Output’...
Page 57 EQUEST CONTINUOUSLY REPEATING VALUES FOR ONE OR A RANGE OF ‘O ’ UTPUT PARAMETERS The repartition rate is the maximum possible and only limited by the data length and baud rate. The parameters must be consecutive when requesting multiple parameters. Request Format 1: Parameter number Carriage return...
Page 58: Modbus Parameter Access Protocol
Modbus parameter access protocol This protocol provides access to individual parameters or blocks of parameters and is typically used in a production environment where the Proton Products instrument is connected to a computer, Modbus connected PLC or similar device. The parameters consist of 16-bit words (DW) and are divided into input and output groups: •...
Page 59 Read data from a block of consecutive input parameters Use Modbus function “03” (Read Holding Registers) to read from a block of consecutive input parameters. Modbus query format Modbus response format Slave Modbus address Slave Modbus address (Gauge Modbus address) (Gauge Modbus address) Modbus function code Modbus function code...
Page 60 Write data to a block of consecutive input parameters Use Modbus function “16 (10 Hex)” (Preset Multiple Registers) to write to a block of consecutive input parameters. Modbus query format Modbus response format Slave Modbus address Slave Modbus address (Gauge Modbus address) (Gauge Modbus address) Modbus function code Modbus function code...
Page 61 Read data from a block of consecutive output parameters Use Modbus function “04” (Read Input Registers) to write to a block of consecutive input parameters. Modbus query format Modbus response format Slave Modbus address Slave Modbus address (Gauge Modbus address) (Gauge Modbus address) Modbus function code Modbus function code...
Page 62: Ethernet Communications
THERNET COMMUNICATIONS This Ethernet interface is fitted as standard. It operates independently of the other communications interfaces and may be accessed at the same time as them. If an optional industrial bus interface (Ethernet/IP, PROFIBUS or Profinet) has been installed in the gauge, then the Ethernet interface is substituted by the industrial bus interface.
Page 63: Profibus Communications
PROFIBUS COMMUNICATIONS This communications interface operates independently of the other communications interfaces and may be used at the same time as them. PROFIBUS interface The PROFIBUS interface may be accessed through the following pins: Connector type: DB44 male (socket) Functional Designation Description Notes...
Page 64: Ethernet / Ip Or Profinet Communications
/ IP PROFINET THER COMMUNICATIONS The Ethernet/IP interface is compatible with PLCs fitted with an Ethernet/IP interface that supports the CIP (Common Industrial Protocol). This communications interface operates independently of the other communications interfaces and may be used at the same time as them. EtherNet / IP or PROFINET interface The EtherNet / IP or PROFINET interface may be accessed through the following pins: Connector type: DB44 male (socket)
Page 65: Opc Unified Architecture (Ua)
OPC UA is a central element of Industry 4.0 providing seamless communication between IT and industrial production systems. OPC UA 1.03 has been supported on Proton SLmini gauge as a standard interface. The OPC Client can exchange data (read / write) with SLmini gauge (OPC Server) to real-time monitor and manage the gauge.
Page 66 Enter the OPC port number (default: 4840), user name (default: admin) and password (default:admin). If “Anonymous” is ticked, the OPC Client will log in the gauge anonymously. 2. Configuration on the OPC Client (take OPC UA Dashboard” as an example. It’s similar for other OPC Client software).
Page 67 IP + port number Enter the gauge IP address and port number then click “Connect” button. Note that the IP address should be the same as the one configured on PCIS. Unfold the parameter list on the left side of the page, right-click and select Monitor on the pop- up menu, for example, Average diameter, the parameter will appear in the monitoring list Page 67 of 85 SL mini and SLR mini-i4 Series Speed and Length Gauges Instruction Manual - issue 3h...
Page 68 Right-click on the monitored parameter and select Delete on the pop-up menu to stop monitoring the parameter. Right-click and select Write on the pop-up menu to write a parameter to the gauge. Page 68 of 85 SL mini and SLR mini-i4 Series Speed and Length Gauges Instruction Manual - issue 3h...
Page 69 Enter the parameter value on the pop-up menu then click “OK” button to confirm. Page 69 of 85 SL mini and SLR mini-i4 Series Speed and Length Gauges Instruction Manual - issue 3h...
Page 70: Standard Electrical Interfaces
TANDARD LECTRICAL NTERFACES OGIC NPUTS Logic inputs connection Three logic inputs are fitted as standard and may be accessed through the following pins: Connector type: DB44 male (socket) Functional Designation Description Notes group Shield Shield Shield Connect to cable and plug shields Digital DGND Signal ground (0V)
Page 71 Pull-down Pull-up +15V +15V 5.1kΩ 5.1kΩ 820Ω From PLC Active High Logic Output 820Ω DGND DGND Page 71 of 85 SL mini and SLR mini-i4 Series Speed and Length Gauges Instruction Manual - issue 3h...
Page 72: Logic Outputs
OGIC UTPUTS Logic outputs connection Three outputs are fitted as standard and may be accessed through the following pins: Connector type: DB44 male (socket) Functional Designation Description Notes group Shield Shield Shield Connect to cable and plug shields Digital Floating (inactive) or pull-down to DGND Signal ground (0V) ground...
Page 73: Pulse Outputs
ULSE UTPUTS Pulse outputs connection Four pulse outputs are fitted as standard and may be accessed through the following pins: Connector type: DB44 male (socket) Functiona Designation Description Notes l group If no external power supply is Pulse output external connected, then the pulse outputs POUT +V power supply...
Page 74: Pulse Outputs On Sl Mini And On Psu Bob
ULSE OUTPUTS ON SL MINI AND ON PSU Pulse outputs on SL mini gauge Options Pulse outputs Pulse rate set Single end Single end Single end Differential Differential (P1&P2) Pulse Single end Group A Quadrature Single end Quadrature (P1, P2) Differential *Differential Quadrature...
Page 75 Single end Single end Single end Single end Differential Pulse Differential (P5&P6) Group C Single end Quadrature Single end Quadrature (P5, P6) Pulse outputs on PSU-BOB Options Pulse outputs Pulse rate set Differential Single end Differential Differential Used when PSU-BOB is not provided (P1&P2) Pulse Group A...
Page 76 Differential Single end Differential Pulse Differential Used when PUS-BOB is not provided Group B (P3&P4) Differential Single end Differential Quadrature Quadrature (P3, P4) 90° Differential Differential Single end Differential Pulse Differential Used when PSU-BOB is not provided Group C (P5&P6) Differential Single end Differential...
Page 77: Pulse Outputs Electrical Specifications
Pulse outputs electrical specifications Specification Minimum Typical Maximum Units Pulse output external power supply (POUT +V) Pulse output frequency * reduced with increasing cable length in accordance with RS-422 standards. Page 77 of 85 SL mini and SLR mini-i4 Series Speed and Length Gauges Instruction Manual - issue 3h...
Page 78: Connector Pin Outs
Floating or pull-down; user LOP2 Logic output 2 outputs configurable function. LOP3 Logic output 3 CAN H CANbus high For connection to Proton Products CANbus accessories. CAN L CANbus low Pulled down to DGND when the SHUT_ST Shutter status shutter is open.
Page 79: Input Parameters
NPUT PARAMETERS 1 DW word = 2 bytes Default Comments Unit Range/Remark value Reset Total length reset Batch length reset Reel number reset Laser switch 0=OFF;1=ON 1=0.0001m{ft}{yds} 1000000 Preset length 1 / Preset batch length 1=0.1m{ft}{yds} 1=0.0001m{ft}{yds} 2000000 Preset length 2 / Preset batch number 1=0.1m{ft}{yds} 1=1(batch number) Rate of pulse output 1...
Page 80 Default Comments Unit Range/Remark value Logic input LIN1 function 0=Direction (count down); 1=Length hold; 2=Display hold; 3=Speed hold; LIN2 function 4=Total length reset; 5=Batch length reset/End of reel; DW19 6=None LIN3 function LIN1 polarity 0=Active low; LIN2 polarity 1=Active high LIN3 polarity Speed direction (available only when 0=Up/Normal;...
Page 81 Default Comments Unit Range/Remark value 0=m/min,m;1=ft/min,ft;2=ft/min,y DW30 Measurement Unit ds;3=ft/min,inch;4=yds/min,yds DW31 System settings Measurement mode 0=Normal;1=Batch Resolution of length output 0=length 0.0001;1=length 0.1 Speed reponse for pulse and 0=Averaged;1=Instant analogue output Analogue output source 0=Speed;1=Good Reading Hold length reading after power 0=OFF;1=ON off(length auto save) Object detection SW...
Page 82 0~125 DW47 CANBUS address 0~255 DW48 CANBUS baud rate 0=250;1=500;2=1000;other=500 DW49 CAN terminator 0=OFF;1=ON 0=4800;1=9600;2=19200;3=384 DW50 RS232 baud rate 00;4=115200 0=Modbus;1=Proton;2=Zebra DW51 RS232 protocol Printer DW52 RS422/RS485 protocol 0=Modbus;1=Proton 0=4800;1=9600;2=19200;3=384 DW53 RS422/RS485 baud rate 00;4=115200;5=230400;6=4608 00;7=921600 DW54 DW55 Ethernet protocol...
Page 83: Output Parameters
UTPUT PARAMETERS 1 DW word = 2 bytes Comments Units Range/Remark Measurement mode 0=Normal;1=Batch Resolution of length output 0=length 0.0001;1=length 0.1 Speed reponse for pulse and 0=Instant;1=Averaged analogue output Measured length > Preset1 1=>Preset Measured length > Preset2 1=>Preset Laser Status 1= ON;0=OFF Speed reading valid 1=Valid;0=Invalid...
Page 84 Comments Units Range/Remark DW16 0~65535 DW17 SLX current height 1=1mm{1=0.01inch) ±200mm DW18 DW19 Logic input LIN1 status 1=Active LIN2 status 1=Active LIN3 status 1=Active Length reset 1=Active DW20 Length hold 1=Active Display hold 1=Active Speed hold 1=Active Length counting direction 0=counting up;1=counting down DW21 0=m/min,m;1=ft/min,ft;2=ft/min,yds;3=ft/min,inch;...
Page 85: Contact Details For Enquiries , Sales And Service
Proton Products is not responsible for consequential or incidental damage related to the provision or use of the information contained in this manual. • The information contained in this manual is the property of Proton Products and may not be circulated or distributed to third parties. •...

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