Fukuda Denshi VaSera VS-1500 Service Manual
  1. Manuals
  2. Brands
  3. Fukuda Denshi Manuals
  4. Medical Equipment
  5. VaSera VS-1500
  6. Service manual

Fukuda Denshi VaSera VS-1500 Service Manual

Hide thumbs
Table of Contents

Advertisement

Quick Links

Sphygmomanometer and Sphygmograph
•
Before setting up/maintenance, please read this service manual thoroughly.
•
Keep this manual where it can be always referred to.
V
V
●
Service Manual
●
Issued No.
S
-
1
5
S
-
1
5
0
0
0
0
C o n f i d e n t i a l

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the VaSera VS-1500 and is the answer not in the manual?

Questions and answers

Related Manuals for Fukuda Denshi VaSera VS-1500

Summary of Contents for Fukuda Denshi VaSera VS-1500

  • Page 1 Sphygmomanometer and Sphygmograph ● Service Manual ● Issued No. C o n f i d e n t i a l • Before setting up/maintenance, please read this service manual thoroughly. • Keep this manual where it can be always referred to.
  • Page 2 : 13 WESTMINSTER COURT, HIPLEY STREET OLD WOKING, SURREY GU22 9LG, U.K. Copyright © 2009 by Fukuda Denshi Co., Ltd. No part of this document may be copied or transmitted in any form without the prior written permission of Fukuda Denshi Co., Ltd.
  • Page 3 Notice This manual contains technical information on the VS-1500 aimed at Fukuda Denshi service representatives and professional engineers. Before performing maintenance or troubleshooting the unit, read the manual carefully and use it to help you work correctly and safely. When you have finished using the manual, store it carefully in a designated location.
  • Page 4 Safety ● The following lists show dangers, warnings, and cautions regarding information contained in this service manual. When servicing this instrument, read this service manual thoroughly, paying close attention to the items labeled with danger, warning, and caution notations. Indication of warning items: The following warning items indicate the extent of injury or damage that may result from incorrect handling of the equipment not observing warning precautions.
  • Page 5 WARNING ● Be careful with the high-voltage circuit contained in the equipment. CAUTION ● This service manual is intended for use by authorized Fukuda Denshi service personnel. Repairing, disassembly, and internal adjustment shall be carried out only by authorized Fukuda Denshi service personnel.
  • Page 6 Make sure to read the following cautions before the service procedure. CAUTION When checking the power supply, be cautious not to short-circuit the power. CAUTION Before checking the power fuse, make sure to turn OFF the power and unplug the power cable.
  • Page 7 Overview of the Manual This manual consists of the following 13 chapters. Contents of each chapter are briefly explained below. Chapter 1 Features Provides information on the features of this equipment. Chapter 2 Specifications Provides information on the specifications of this equipment. Chapter 3 Composition of the Product Lists the name, model type, and its function of each accessory/optional accessory of this equipment.

  • Page 8: Table Of Contents

    Contents Chapter 1 Features ..................1-1 Features ..................... 1-2 1.1.1 What the Instrument Can Do ..................1-2 1.1.2 Major Features......................1-2 1.1.3 Examination mode ......................1-4 Chapter 2 Specifications .................2-1 VS-1500N Specifications ................2-2 Chapter 3 Composition of the Product ..........3-1 Accessories....................
  • Page 9 Installation....................5-32 5.5.1 Installing Software ...................... 5-32 5.5.2 Boot (Installation Software) Program Installation ............5-32 5.5.3 Installing Standard 12-lead ECG Testing Software............. 5-33 Adjusting the Built-in Thermal Array Recorder ........5-35 Maintenance of the Color Printer ............5-36 5.7.1 Loading the Paper ...................... 5-36 5.7.2 Maintenance Function ....................
  • Page 10 Installation of the Cuff Holder OAV-01A..........8-28 8.4.1 Parts List ........................8-28 8.4.2 Installation Procedure ....................8-28 Installation of the Printer Shelf OAV-03A ..........8-29 8.5.1 Parts List ........................8-29 8.5.2 Installation Procedure ....................8-29 Installation of the Cable Hanger OA-300A ..........8-33 8.6.1 Parts List ........................
  • Page 11 11.9 Part Block Diagram ................11-10 11.9.1 Upper Case Block......................11-10 11.10 Accessories ................... 11-13 11.11 Optional Accessories ................11-14 11.12 Consumables ..................11-15 Chapter 12 Information of the electromagnetic compatibility (EMC) 12-1 12.1 Guidance to Electromagnetic Compatibility .........12-2 ●Electromagnetic Emission Compatibility ................12-2 ●Compatibility with Electromagnetic Immunity (1) ..............
  • Page 12 Confidential Copying Prohibited...

  • Page 13: Chapter 1 Features

    Chapter 1 Features Chapter 1 Features Features ..................1-2 1.1.1 What the Instrument Can Do ............1-2 1.1.2 Major Features ................1-2 1.1.3 Examination mode ............... 1-4 Confidential Copying Prohibited...

  • Page 14: Features

    Chapter 1 Features 1.1 Features 1.1.1 What the Instrument Can Do VS-1500N The instrument measures the non-invasive blood pressure in all four limbs to simultaneously obtain ECG, PCG, carotid pulse tracing, femoral pulse tracing and four limb pulse tracing. This makes it possible to examine arterial extensibility and the degree of blood circulation disorders in blood vessels in the lower limbs of a patient.
  • Page 15 Chapter 1 Features ●ABI (Ankle-Brachial Pressure Index) The ABI is an index indicating the degree of stenosis or occlusion of the lower limb artery due to arteriosclerosis obliterans (ASO). A value of 0.90 or less indicates the probable presence of occlusion or stenosis.

  • Page 16: Examination Mode

    Chapter 1 Features The instrument enables standard 12-lead ECG for highly accurate waveform measurements and analysis of disorder categories. Analysis results and ECG can be recorded and printed. A 12-lead analysis function is provided for interpretation of ECG data. This analysis program uses a clinically improved diagnosis standard classified according to Minnesota code, disease name, age and sex to raise the accuracy of diagnosis.
  • Page 17 Chapter 1 Features analysis report. (5) Standard 12-lead ECG The instrument automatically analyzes and records standard 12-lead ECG. Manual recording enables recording using a variety of lead, sensitivity and recording speed settings. It can also record post-stress interval recording using post-stress 12-lead analysis. (6) Master test exercise This is an exercise stress test called the Master's two-step exercise test.
  • Page 18 0 Chapter 1 Features Confidential Copying Prohibited...

  • Page 19: Chapter 2 Specifications

    Chapter 2 Specifications Chapter 2 Specifications VS-1500N Specifications ............. 2-2 Confidential Copying Prohibited...

  • Page 20: Vs-1500N Specifications

    Chapter 2 Specifications 2.1 VS-1500N Specifications Display Color LCD 640 (W) x 480 (H) pixels Recorder Recording method Thermal print head 8 dots/mm Paper speed 5, 10, 12.5, 25, 50 mm/s ±3% Leads BP/Pulse wave test: Lead I ECG test: Standard 12-lead ECG (Option) Standard sensitivity 10 mm/mV Sensitivity changes...

  • Page 21: Chapter 3 Composition Of The Product

    Chapter 3 Composition of the Product Chapter 3 Composition of the Product Accessories.................. 3-2 3.1.1 VS-1500N..................3-2 3.1.2 VSC-150 ECG Upgrade Package ..........3-4 3.1.3 ASE-02 ECG Accessories Package .......... 3-4 Optional Accessories ..............3-5 Confidential Copying Prohibited...

  • Page 22: Accessories

    Chapter 3 Composition of the Product 3.1 Accessories 3.1.1 VS-1500N The following is a list of accessories. The common accessories of the VS-1500N are included in the same box as the main unit. The special accessories used under a different environment are provided in a separate box. There are two special accessory packages, (1) AB-200GN General Accessories Package, (2) AB-200CN Accessories Package for Europe.
  • Page 23 Chapter 3 Composition of the Product AB-200CN Accessories Package for Europe No. Accessory Model Quantity Remarks Power cable (3 m) CS-18 NIBP cuffs (Right Brachial) CUF-129MR (Left Brachial) CUF-129ML (Right Ankle) CUF-138MR (Left Ankle) CUF-138ML Air hose (2.5 m) (Lower limbs) OA-500A (Upper limbs) OA-500B...

  • Page 24: Ecg Upgrade Package

    Chapter 3 Composition of the Product 3.1.2 VSC-150 ECG Upgrade Package The following is a list of VSC-150 (ECG Upgrade Package) accessories. VSC-150 No. Accessory Model Quantity Remarks 12-Lead ECG software (CF card) VFP-1 Program cartridge PC-1500 ECG+ Mark Label Program guide book PI-20E Operation manual (this book)

  • Page 25: Optional Accessories

    Chapter 3 Composition of the Product 3.2 Optional Accessories Accessory Model Remarks 1 Potential equalization cable CE-12 2 Amorphous pulse wave sensor TY-501A Amorphous cap OA-256 Amorphous caps 20 pieces per pack 3 Keratin cream OJ-01 4 Trolley OTV-01 5 Cable hanger OA-300A 6 Hose hanger kit OA-130...
  • Page 26 Chapter 3 Composition of the Product Recommended peripheral devices Accessory Model Remarks 1 Ethernet hub UL 1950 compliant CentreCom FS708XL (switching hub) 2 Color printer VSP-15 Confidential Copying Prohibited...

  • Page 27: Chapter 4 Names Of Parts Of Equipment

    Chapter 4 Names of Parts of Equipment Chapter 4 Names of Parts of Equipment Front..................... 4-2 Rear ..................... 4-3 Bottom..................4-4 Operation panel................4-5 Confidential Copying Prohibited...

  • Page 28: Front

    Connects the instrument to a network via a LAN cable enabling the management of instrument data on a 7) Serial Connector Connects a serial cable. 8) Printer connector Connects to a color printer recommended by Fukuda Denshi. 9) CF card slot Enables saving of examination results and patient information on a CF card. Confidential...

  • Page 29: Rear

    Chapter 4 Names of Parts of Equipment 4.2 Rear 1) PULSE WAVE 1 Connector 2) PULSE WAVE 2 Connector 5) AC Power Connector 3) Air Connectors 6) Potential Equalization Terminal 4) PCG Connector 7) Fan 1) PULSE WAVE 1 Connector (left) Connects an optional pulse wave sensor with air bag that measures the left knee pulse wave.

  • Page 30: Bottom

    Chapter 4 Names of Parts of Equipment 4.3 Bottom 1) Program cartridge slot 2) Safety precaution label 1) Program cartridge slot Install the program cartridge in this slot to add optional functionality. 2) Safety precaution label 危 険 機器内部に触れないこと。 感電のおそれがあり危険です。 修理点検は、資格を持つ保守要員に連絡...

  • Page 31: Operation Panel

    Chapter 4 Names of Parts of Equipment 4.4 Operation panel 1) Power switch/Power lamp 8) Home key 9) ID key 10) Menu key 2) Numer ical keypad 11) Start key Mark key Review key 12) Stop key 1 mV key 5) ←...
  • Page 32 Chapter 4 Names of Parts of Equipment Confidential Copying Prohibited...

  • Page 33: Chapter 5 Maintenance

    Chapter 5 Maintenance Chapter 5 Maintenance Replacing Lithium Battery for Maintaining Clock and Settings ..5-3 Cleaning and Disinfecting ............5-4 5.2.1 Cleaning and Disinfecting the Enclosure ........5-4 5.2.2 Cleaning the Built-in Recorder ............. 5-4 5.2.3 Cleaning the Display Unit............. 5-4 5.2.4 Cleaning the Accessories.............
  • Page 34 Chapter 5 Maintenance Optional Accessories..............5-40 5.8.1 Replacing the Fuse on the Printer Shelf ........5-40 Maintenance and Inspection ............5-41 5.9.1 About Maintenance and Inspection..........5-41 5.9.2 Daily Inspection Procedure ............5-42 5.9.3 Periodic Inspection Procedure (1)..........5-44 5.9.4 Periodic Inspection Procedure (2)..........

  • Page 35: Replacing Lithium Battery For Maintaining Clock And Settings

    Chapter 5 Maintenance 5.1 Replacing Lithium Battery for Maintaining Clock and Settings DANGER Be sure to turn off the power and disconnect the power plug during battery replacement. Do not short-circuit the lithium battery. This may result in a fire hazard. This instrument contains a lithium battery that powers the memory that stores the clock and other settings.

  • Page 36: Cleaning And Disinfecting

    Chapter Maintenance 5.2 Cleaning and Disinfecting 5.2.1 Cleaning and Disinfecting the Enclosure Use the following procedures to clean and disinfect the enclosure of the instrument. ● Cleaning Wipe the instrument with a cloth that has been thoroughly wrung out after immersion in a solution of domestic neutral detergent and water.

  • Page 37: Cleaning The Accessories

    Chapter 5 Maintenance 5.2.4 Cleaning the Accessories ● Toe cuffs Wipe cuffs gently using water or alcohol for disinfection. Do not use organic solvents such as thinner or toluene. ● Cuffs and air hoses Wipe gently with gauze or other soft cloth moistened in alcohol for disinfection. Do not use organic solvents such as thinner or toluene.

  • Page 38: Self-Diagnosis (User Maintenance)

    Chapter Maintenance 5.3 Self-diagnosis (User Maintenance) To start self-diagnosis on this instrument, press the (Menu) key to open the [Top Menu] and touch [Initial Setting/Maintenance] [Maintenance] [OK (↵ )] to open the [Maintenance Menu (1/2)]. Touch [Next] to open [Maintenance Menu (2/2)] and touch [Prev] to return to [Maintenance Menu (1/2)].
  • Page 39 Chapter 5 Maintenance 5.3.1.3 Check Items (1) ECG Lead Indicates whether or not electrodes have come loose. [On]: electrodes are properly attached. [Off]: one or more electrodes are loose. (2) Backup Battery Indicates the battery voltage of the backup lithium battery. The message [Replace backup battery] appears when the voltage drops below 2.2 V.

  • Page 40: Testing Built-In Thermal Array Recorder

    Chapter Maintenance 5.3.2 Testing Built-in Thermal Array Recorder This function tests chart paper feed and recorder printing. 5.3.2.1 Test Method (1) Press the (Menu) key to open the [Top Menu], then touch [Initial Setting/Maintenance] [Maintenance] [OK (↵ )] [Built-in Recorder Test] to open the [Built-in Recorder Test] window. (2) Select print type (square waves, diagonal lines, stripes) and record speed (5 mm/s, 10 mm/s, 12.5 mm/s, 25 mm/s, 50 mm/s) and press the (Start) key to start printing.
  • Page 41 Chapter 5 Maintenance 5.3.2.3 Test Window 5.3.2.4 Print Example ● Square Wave Confidential Copying Prohibited...
  • Page 42 Maintenance Chapter 5 ● Diagonal Line ● Stripe 5-10 Confidential Copying Prohibited...

  • Page 43: Complete I/O Test

    Chapter 5 Maintenance 5.3.3 Complete I/O Test Use this function to test all VS-1500 I/O devices (LAN, serial, CF card, printer, PGM CTRG) including VS-1500 SRAM. The test is performed in the [I/O Test] window. 5.3.3.1 Test Method (1) Make the connections required by the particular test. (☞5.3.4～5.3.9) (2) Press the (Menu) key to open the [Top Menu], then touch [Initial Setting/Maintenance] [Maintenance]...

  • Page 44: Testing Lan Communications

    Maintenance Chapter 5 5.3.4 Testing LAN Communications Use this function to test LAN communications. The test is performed in the [I/O Test] window. (☞5.3.3.3) 5.3.4.1 Test Method (1) Use a LAN wrap cable to connect to the VS-1500 LAN connector. (2) Press the (Menu) key to open the [Top Menu], then touch [Initial Setting/Maintenance] [Maintenance]...

  • Page 45: Testing Cf Card

    Chapter 5 Maintenance 5.3.6 Testing CF Card Use this function to test CF cards. The test is performed in the [I/O Test] window. (☞5.3.3.3) 5.3.6.1 Test Method (1) This test requires an initialized CF card. Select [CF Card Initialize] in [Initial Setting/Maintenance] to initialize a CF card.

  • Page 46: Testing Sram

    Maintenance Chapter 5 5.3.8 Testing SRAM Use this function to test VS-1500 SRAM. The test is performed in the [I/O Test] window. (☞ 5.3.3.3) 5.3.8.1 Test Method (1) Press the (Menu) key to open the [Top Menu], then touch [Initial Setting/Maintenance] [Maintenance] [OK (↵...

  • Page 47: Testing Pump Unit

    Chapter 5 Maintenance 5.3.10 Testing Pump Unit Use this function to test the pump unit. 5.3.10.1 Test Method (1) Set up the following equipment and make the connections shown below to the VS-1500. ・Four 500ml air tanks ・2.5 m air hose (OA-400A, OA-400B) Connect one end of the air hose to an air tank and connect the other end to an air connector on the instrument.
  • Page 48 Maintenance Chapter 5 5.3.10.3 Test Parameters and Criteria ● 0 point check This test indicates the pressure value at atmospheric pressure when no connection is made to the air connectors. Criteria: A pressure value of 0 mmHg should be indicated. ●...

  • Page 49: Adjusting The Touch Panel

    Chapter 5 Maintenance 5.3.11 Adjusting the Touch Panel Use this function to adjust the touch panel . 5.3.11.1 Adjustment Method (1) Press the (Menu) key to open the [Top Menu], then touch [Initial Setting/Maintenance] [Maintenance] [OK (↵ )] [Touch Panel Adjustment] to open the [Touch Panel Adjustment] window.

  • Page 50: Confirming Pressure Accuracy

    Maintenance Chapter 5 5.3.12 Confirming Pressure Accuracy Use this function to confirm pressure accuracy. 5.3.12.1 Check Method CAUTION Be sure not to apply excessive pressure when applying pressure. The pressure gauge could break. (1) Connect the following items to the VS-1500. ・A calibrated sphygmomanometer or pressure gauge ・500ml air tanks ・Inflation bulb...
  • Page 51 Chapter 5 Maintenance 5.3.12.2 Criteria The difference between each pressure value on the screen and that on the pressure gauge must be ±3 mmHg or less. 5.3.12.3 Test Window 5-19 Confidential Copying Prohibited...

  • Page 52: Testing Pc Connection

    Maintenance Chapter 5 5.3.13 Testing PC Connection Use this function to perform a ping test on the PC connected to the instrument to check if it is properly connected. 5.3.13.1 Test Method (1) Connect the VS-1500 to the network as described below. (2) Press the (Menu) key to open the [Top Menu], then touch [Initial Setting/Maintenance] [Network and Master ID Setting].

  • Page 53: Testing Operation Panel Fixed Keys

    Chapter 5 Maintenance 5.3.14 Testing Operation Panel Fixed Keys Use this function to test the fixed keys on the operation panel. 5.3.14.1 Test Method (1) Press the (Menu) key to open the [Top Menu], then touch [Initial Setting/Maintenance] [Maintenance] [OK (↵ )] [Fix Key Test] to open the [Fix Key Test] window.

  • Page 54: Testing The Display

    Maintenance Chapter 5 5.3.15 Testing the Display Use this function to check that the display is operating normally. 5.3.15.1 Test Method (1) Press the (Menu) key to open the [Top Menu], then touch [Initial Setting/Maintenance] [Maintenance] [OK (↵ )] [Display Test] to open the [Display Test] window. (2) The screen changes each time the (Start) key is pressed.

  • Page 55: Testing Sound And Tone

    Chapter 5 Maintenance 5.3.16 Testing Sound and Tone Use this function to test sound and tone. 5.3.16.1 Test Method (1) Press the (Menu) key to open the [Top Menu], then touch [Initial Setting/Maintenance] [Maintenance] [OK (↵ )] [Sound Test] to open the [Sound Test] window. (2) Touching a display key generates a sound or tone.

  • Page 56: Testing The Touch Panel

    Maintenance Chapter 5 5.3.17 Testing the Touch Panel Use this function to test the touch panel. 5.3.17.1 Test Method (1) Press the (Menu) key to open the [Top Menu], then touch [Initial Setting/Maintenance] [Maintenance] [OK (↵ )] [Touch Panel Test] to open the [Touch Panel Test] window. (2) Touch the (Start) key to display a 5 x 5 grid on the screen.

  • Page 57: Initializing Set Values

    Chapter 5 Maintenance 5.3.18 Initializing Set Values Use this function to initialize instrument settings. Press the (Menu) key to open the [Top Menu], then touch [Initial Setting/Maintenance] [Maintenance] [OK (↵ )] [Next] [Initialize] [OK (↵ )] to initialize. 5.3.19 Making VS-1000 CF Cards usable on the VS-1500 Use this function to convert cards used on a VS-1000 for use on a VS-1500.

  • Page 58: Self-Diagnosis (Manufacturer Maintenance)

    Chapter 5 Maintenance 5.4 Self-diagnosis (Manufacturer Maintenance) To open the [Manufacturer Maintenance Menu], first press the (Menu) key to open the [Top Menu], then touch [Initial Setting/Maintenance] [Maintenance] [OK (↵ )] [Next] [Manufacturer Maintenance] [↵ ]. CAUTION [3. MAC Address Setting], [6. EMC Test (No Return)] [9. Reanalyze on File Mode] [12. Screen Hard Copy] are maintenance tools to be used at the factory and for development purposes.

  • Page 59: Recording Various Waveforms Manually

    Chapter 5 Maintenance 5.4.1 Recording Various Waveforms Manually Use this function to display a variety of waveforms on the display and manually print them using the built-in thermal array recorder. Perform this operation in the [AD Waveform] window. Press the (Menu) key to open the [Top Menu], then touch [Initial Setting/Maintenance] [Maintenance] [OK (↵...
  • Page 60 Chapter 5 Maintenance 5.4.1.2 Displayed Waveform ● Waveforms displayed for [1 Waveform Display] (Switch display using [CH ▼], [CH ▲] key) Label Signal Label Signal PCG (PWV characteristic) Lead aV PCGL PCG (L characteristic) Lead aV Pulse Wave Lead aV (PULSE WAVE 1) Pulse Wave Lead V...

  • Page 61: Checking Cuff Pressure

    Chapter 5 Maintenance 5.4.2 Checking Cuff Pressure Use this function to check the pressure sensor used in cuff measurements. Press the (Menu) key to open the [Top Menu], then touch [Initial Setting/Maintenance] [Maintenance] [OK (↵ )] [Next] [Manufacturer Maintenance] [↵ ] [Pump Unit] to open the [Pump Unit ] window.

  • Page 62: Performing Automatic Tests

    Chapter 5 Maintenance 5.4.3 Performing Automatic Tests Use this function to automatically test the built-in thermal array recorder, display, PC connections, serial connections, printer connections, CF cards, program cartridge connections and SRAM and display the results on the screen. 5.4.3.1 Test Method (1) Load chart paper in the built-in thermal array recorder.

  • Page 63: Adjusting Mark Sensor

    Chapter 5 Maintenance 5.4.4 Adjusting Mark Sensor Use this function to adjust the mark position and sensitivity of the mark sensor. 5.4.4.1 Operation Method Press the (Menu) key to open the [Top Menu], then touch [Initial Setting/Maintenance] [Maintenance] [OK (↵ )] [Next] [Manufacturer Maintenance] [↵...

  • Page 64: Installation

    Chapter 5 Maintenance 5.5 Installation 5.5.1 Installing Software Use this function to install software updates. CAUTION Do not turn off the power or remove the CF card during installation as it will make it impossible to start up the instrument. (1) With the power off, load the CF card with the software that is to be installed on the VS-1500.

  • Page 65: Installing Standard 12-Lead Ecg Testing Software

    Chapter 5 Maintenance 5.5.3 Installing Standard 12-lead ECG Testing Software Use this function to install the VSC-150 ECG Package (standard 12-lead ECG testing software) on the VS-1500N. 5.5.3.1 Method CAUTION • Turn off the power and disconnect all cords and hoses during installation. •...
  • Page 66 Chapter 5 Maintenance NOTE: All settings made on the VS-1500N (Record Setting, BP/Pulse Test Condition Setting, R-R ECG Trend Test Mode Setup, ECG Common Setup, Storage Setting, Network and Master ID Setting, Order System Setting, Patient Data Setup, ID Card Reader Setup, Energy Save Setup and other settings) will remain after this installation.

  • Page 67: Adjusting The Built-In Thermal Array Recorder

    Chapter 5 Maintenance 5.6 Adjusting the Built-in Thermal Array Recorder Use this function to optimize the thermal print head and chart paper of the built-in thermal array recorder. (1) Remove the upper case of the unit. (☞8.1.1) (2) Open the [Built-in Recorder Test] window (☞5.3.2) in the maintenance menu. (3) Loosen the two hexagon socket head cap screws.

  • Page 68: Maintenance Of The Color Printer

    Chapter Maintenance 5.7 Maintenance of the Color Printer This section explains about the maintenance of the VSP-15 color printer which can be connected to this instrument. 5.7.1 Loading the Paper (1) Lift the output tray and pull it out to remove. (2) Load the paper in the input tray and push the paper all the way in.

  • Page 69: Maintenance Function

    Chapter 5 Maintenance 5.7.2 Maintenance Function Press the (Menu) key to open the [Top Menu], then touch [Printer] to open the [Color Printer Maintenance] window. ● Nozzle Cleaning This function forces ink through the nozzles to clear them. There are three cleaning levels: [WEAK], [NORMAL] and [STRONG].

  • Page 70: Replacing The Print Cartridge

    Chapter Maintenance 5.7.3 Replacing the Print Cartridge Follow the procedure below to replace the print cartridge of the VSP-15. CAUTION This printer uses the following type of Hewlett-Packard print cartridges. Use only the specified print cartridges. Black ink: hp56(C6656A) (for HP Deskjet 5160, 5650, 5680) Color ink: hp57(C6657A) (for HP Deskjet 5160, 5650, 5680) Press the Power button to turn on the printer.
  • Page 71 Chapter 5 Maintenance NOTE ● For the purpose of environmental protection and conservation and effective utilization of resources, Hewlett-Packard collects, disassembles and recycles used print cartridges. For details of the collection method, refer to the Hewlett-Packard website. http://www.hp.com/jp/supply_recycle ● The print cartridge should be installed before the expiry date printed on the box. The expiration date for use after installation is within 6 months.

  • Page 72: Optional Accessories

    Chapter Maintenance 5.8 Optional Accessories 5.8.1 Replacing the Fuse on the Printer Shelf Follow the procedure below to replace the fuse for multiple portable socket-outlet with isolation transformer on the OAV-03A Printer Shelf. (1) Remove the fuse holder with straight slot screwdriver. (2) Replace the fuse with a new one (Time-lag fuse 250V 1A).

  • Page 73: Maintenance And Inspection

    About Maintenance and Inspection To maintain the safety and the reliable function and performance, daily inspection before use and periodical inspection are indispensable. Fukuda Denshi is not responsible for troubles caused by failure to observe the instructions described in this section.

  • Page 74: Daily Inspection Procedure

    Chapter Maintenance 5.9.2 Daily Inspection Procedure Visual Inspection (Perform the following inspection visually.) ● Item Inspection Item Procedure Criteria Verify that there is no scratch, crack, No scratch, crack, deformation or Enclosure deformation or rust. rust should be found. Verify that labels and panels are not No peel or stain should be found.
  • Page 75 Chapter 5 Maintenance Mechanical Inspection ( Perform the following inspection by actually operating the instrument.) ● Item Inspection Item Procedure Criteria Verify that key operation is Operation should be smooth. Keys smooth. Verify that recorder operation is Operation should be smooth and smooth, and no abnormal sound no abnormal sound should be Recorder...

  • Page 76: Periodic Inspection Procedure (1)

    Chapter Maintenance 5.9.3 Periodic Inspection Procedure (1) ● General Inspection Inspection Item Procedure Criteria according to “Daily Inspection Refer to “Daily Inspection Check Visual Inspection Procedure” ☞ Procedure” ( 5.9.2) according to “Daily Inspection Refer to “Daily Inspection Check Mechanical Inspection Procedure”...
  • Page 77 Chapter 5 Maintenance Maintenance Test ● Inspection Item Procedure Criteria Should be within ±3mmHg. Check the pressure accuracy at 150/280mmHg±10mmHg. Pressure accuracy Check according to “5.3.12 Confirming Pressure Accuracy”. Check according to “5.3.10 Testing Pump Should be 6mHg/min or Air leakage Unit”.

  • Page 78: Periodic Inspection Procedure (2)

    Chapter Maintenance 5.9.4 Periodic Inspection Procedure (2) 5.9.4.1 Visual, Mechanical, Electrical Inspection Procedure Visual Inspection (Perform the following inspection visually.) ● Item Inspection Item Procedure Criteria Verify that there is no scratch, crack, No scratch, crack, deformation or Enclosure deformation or rust. rust should be found.
  • Page 79 Chapter 5 Maintenance Mechanical Inspection (Perform the inspection by actually operating the instrument.) ● Item Inspection Item Procedure Criteria Keys Verify that key operation is smooth. Operation should be smooth. Verify that recorder operation is Operation should be smooth Recorder smooth, and no abnormal sound is and no abnormal sound heard.
  • Page 80 Chapter Maintenance ● Electrical Inspection Item Inspection Item Procedure Criteria Turn the power ON and check the Display turns ON at power ON. Power supply screen. Verify if any abnormality or flickering. No abnormality or flickering Display test should be found. Waveform should be properly displayed.
  • Page 81 Chapter 5 Maintenance Item Inspection Item Procedure Criteria (1) Select [Calibration Device Auto] on (1) Record amplitude must be the SG-2000 and apply a standard 1 mV 10 ±0.2 mm or less test voltage to check sensitivity 1 of (2) Each sensitivity must be Sensitivity record amplitude.
  • Page 82 Chapter Maintenance ● Others Item Inspection Item Procedure Criteria Current date/time should be Press the (Menu) key, and displayed. touch [Initial Setting/Maintenance] Clock Setting → [Clock Setting], and check the Clock Setting menu. Correct network should be Press the (Menu) key, and set.

  • Page 83: Safety Inspections

    Chapter 5 Maintenance 5.9.5 Safety Inspections Safety-related testing methods and measurement equipment are prescribed in safety test standards. At the actual sites where medical treatment is being given, however, it can be extremely difficult to verify that everything meets the standards. For this reason, when performing inspections, set up and make acceptance determinations using the methods described below.
  • Page 84 Chapter Maintenance 5.9.5.1 Checking the earth leakage current (current that flows to protective earth resistance) (1) Measurement wiring diagram VS-1500 (2) Earth leakage current measurement points Measurement point A Earth wire of power supply cord from unit Measurement point B Earth terminal of power outlet Place the MD in between measurement point A and B.
  • Page 85 Chapter 5 Maintenance 5.9.5.2 Checking the enclosure leakage current (current that flows from the enclosure to the earth terminal of the power outlet) (1) Measurement wiring diagram VS-1500 (2) Enclosure leakage current measurement points Measurement point A Optional location on enclosure; or, if enclosure is insulated, metal foil attached to enclosure Measurement point B Earth terminal of power outlet...
  • Page 86 Chapter Maintenance 5.9.5.3 Checking the patient leakage current I (1) Measurement wiring diagram VS-1500 All Sensors (2) Patient leakage current I measurement points Measurement point A All sensors (Short all electrodes.) Measurement point B Earth terminal of power outlet Place the MD in between measurement point A and B. (3) Patient leakage current I measurement conditions It is necessary to measure the patient leakage current under two conditions: normal condition and single fault condition.
  • Page 87 Chapter 5 Maintenance 5.9.5.4 Checking the patient leakage current III (1) Measurement wiring diagram VS-1500 All Sensors (2) Patient leakage current III measurement points Measurement Point A All sensors (Short all electrodes.) Measurement Point B Resistance 10 kΩ connected to one insert of the conversion plug (protective resistance) Place the MD in between measurement point A and B.
  • Page 88 Chapter Maintenance 5.9.5.5 Checking the patient auxiliary current (1) Measurement wiring diagram VS-1500 Electrodes other than RA Short-circuit the electrodes other than RA (2) Patient auxiliary current measurement points Measurement point A RA terminal of patient cable Measurement point B All sensors (Short all electrodes except RA terminal.) Place the MD in between measurement point A and B.
  • Page 89 Chapter 5 Maintenance 5.9.5.6 Checking the protective earth resistance (1) Measurement wiring diagram ・Without power supply cable VS-1500 ・With power supply cable VS-1500 (2) Protective earth resistance measurement points Measurement Conditions Without power supply cord With power supply cord Measurement point A Protective earth terminal Protective earth terminal for power supply cable...

  • Page 90: Daily Check List

    REC test Pass/Fail Test 25 and 50mm/s within ±3% Overall Pass/Fail Judgment Serial No. Series VaSera VS-1500 Model VS-1500 Date of Installation Place purchase Checked Check Date Approved by ● Copy this sheet for use.

  • Page 91: Periodic Check List (1)

    Pass/Fail Network Setting Correct network should be set. Pass/Fail Power cable Should pass continuity test. Overall Pass/Fail Judgment Series VaSera VS-1500 Model VS-1500 Serial No. Installation Date of purchase Place Check Date Checked by Approved by ● Copy this sheet for use.

  • Page 92: Periodic Check List (2)

    Periodic Check List (2) Conduct the routine inspection according to “Periodic Check List (2)”. Management No. Inspection Item Item Procedure and Criteria Judgment Remarks Pass/Fail Enclosure No scratch, crack, deformation and rust Pass/Fail Main Unit Labels and panels No peeling and dust Pass/Fail Keys No damage...
  • Page 93 Conduct the routine inspection according to “Periodic Check List (2)”. Management No. Judgment Item Inspection Item Procedure and Criteria Remarks ± Zero point Within 0 1mmHg Pass/Fail Pass/Fail Pass/Fail Pass/Fail ± Within 3mmHg 50mmHg Pass/Fail Pass/Fail Pass/Fail Pass/Fail ± 100mmHg Within 3mmHg Pass/Fail Pass/Fail Pass/Fail Pass/Fail...
  • Page 94 Cleaning disinfection should Pass/Fail Cleaning and Disinfection properly performed. Others Pass/Fa Overall Judgment Serial No. Series VaSera VS-1500 Model VS-1500 Installation Date of Place purchase Checked Check Date Approved by ● Copy this sheet for use. 5-62 Confidential Copying Prohibited...

  • Page 95: Chapter 6 Troubleshooting

    CAUTION ● For repairs requiring disassembly, please contact Fukuda Denshi Technical Services Co., Ltd. Be sure to contact Fukuda Denshi Technical Services Co., Ltd. for cuff PCB and pump unit replacements since they require a weights and measures inspection. Confidential...

  • Page 96: Power Supply

    Chapter 6 Troubleshooting 6.1 Power supply Symptom Check Remedy Turning the power switch Check power cord connection. Connect the power cord. ON does not start the Connect the cable. Check if the power unit cable is instrument. connected. (☞8.1.2) Check if the keyboard cable is Connect the cable.

  • Page 97: Built-In Thermal Array Recorder

    Chapter 6 Troubleshooting 6.2 Built-in Thermal Array Recorder Symptom Check Remedy Refuses to print. Check if the error message "Thermal Wait to start printing until the head heat up" appears. Temperature is message goes off. Use the [Status] indicated as 63°C or more. window in the maintenance menu to check thermal print head temperature.
  • Page 98 Chapter 6 Troubleshooting Symptom Check Remedy The error message “No Check whether chart paper has Load chart paper. paper” appears. been loaded in the recorder. Remove all chart paper, then open Clean the mark sensor. Take care and close the paper tray in the not to damage the sensor.
  • Page 99 Chapter 6 Troubleshooting margin) operation. Check cable connections and Paper tray open: white reconnect cables to the CN1 Paper tray closed: black connector. (☞10.1.1.A1) Check the signal output at pin 4 on If the output is constant and does CN1 when the paper tray is not change, the sensor cable is defective and should be replaced.

  • Page 100: Blood Pressure

    Chapter 6 Troubleshooting 6.3 Blood Pressure Symptom Check Remedy The error message “Press Check for clogging in cuffs and air Remove whatever clogs the cuff or over” appears. hoses. air hose. (The software safety Check air passages inside the Remove any kinks. mechanism was triggered case for kinked hoses and sensor Remove whatever clogs the cuff or...
  • Page 101 Chapter 6 Troubleshooting The error message “BP Check it cuffs are correctly wound Make sure the patient is relaxed error” appears. and whether the patient is relaxed. before remeasurement. A weak (BP measurement cannot pulse, body movement and be made) arrhythmia may prevent measurement.

  • Page 102: Ecg

    Chapter 6 Troubleshooting 6.4 ECG Symptom Check Remedy Error message “Lead off” Check if the lead cables are broken Replace the lead cable. appears. or are short-circuited by some other signal. Lead off could not be Check if the lead cables are broken Replace the lead cable.

  • Page 103: Pcg And Pulse Waves

    Chapter 6 Troubleshooting 6.5 PCG and Pulse Waves Symptom Check Remedy The error message Check if the PCG microphone has Apply the PCG microphone correctly. “Check PCG” appears. come loose or if the connector has been incorrectly inserted. Check PCG. If the waveform is too small, adjust the position of the PCG microphone to increase the amplitude.

  • Page 104: Fixed Keys/Touch Panel

    Chapter 6 Troubleshooting 6.6 Fixed Keys/Touch Panel Symptom Check Remedy The touch panel does not Check if the touch panel cable of Connect the cable correctly. function. the LCDTP_IF board has come loose from the CN3 connector. (☞10.3.1) Check if the cable connecting the Connect the cable correctly.

  • Page 105: Display

    Chapter 6 Troubleshooting 6.7 Display Symptom Check Remedy The screen goes dark. Check the backlight setting in the Set [Dim backlight when no [Energy Save Setup]. operation] to [Off]. The screen vanishes. Check the auto power off setting in Set [Auto Power Off] to [Off]. [Energy Save Setup].

  • Page 106: Cf Cards

    Chapter 6 Troubleshooting 6.8 CF Cards Symptom Check Remedy The error message Reinsert the CF card. Check if the icon appears in "CF card write error" the lower right of the screen. appears. Test the CF card in the If the test result is OK, the CF card is defective and should be replaced.
  • Page 107 Chapter 6 Troubleshooting Symptom Check Remedy The CF card is new, The CF card has not been Use [CF Card Initialize] in Initial but the icon is still initialized. Initialize the CF card. Setting/Maintenance. red. 6-13 Confidential Copying Prohibited...

  • Page 108: Lan Communications

    Chapter 6 Troubleshooting 6.9 LAN Communications Symptom Check Remedy The error message Set to On to automatically send Check if the icon appears in the "VS-PC host not data to a PC, otherwise set to Off. lower right of the screen. connect"...

  • Page 109: Color Printer

    Remedy The error message Check if you are using a printer Use only printers recommended by "Couldn't receive printer recommended by Fukuda Denshi. Fukuda Denshi. information" appears. Printing is not possible. Turn the printer on. Check if the printer icon lights.
  • Page 110 Chapter 6 Troubleshooting Symptom Check Remedy Print position is The paper in the input tray is not Reload the paper in the input tray, misaligned. straight. making sure it is inserted as far as it will go. Adjust the side and rear guides according to the size of the paper to keep the paper straight.

  • Page 111: Serial Communications

    Chapter 6 Troubleshooting 6.11 Serial Communications Symptom Check Remedy The ID card reader does Check ID card reader connections. Connect the card reader correctly. not function. Check VS-1500 settings. Set serial select in the [Other Setup] window in initial setting/maintenance to [ID Card Reader].

  • Page 112: Other Functions

    Chapter 6 Troubleshooting 6.12 Other Functions Symptom Check Remedy Date/time is not indicated Set the time. Set the time in the [Clock Setting] correctly. window in initial setting/maintenance. Check the voltage of the backup If the battery is lower than 2.2V, battery in the [Status] window of replace it.

  • Page 113: Chapter 7 Messages

    Chapter 7 Messages Chapter 7 Messages Messages and Countermeasures ..........7-2 7.1.1 Instrument and Measurement-related Messages ......7-2 7.1.2 CF Card-related Messages............7-4 7.1.3 Color Printer related Messages ........... 7-5 7.1.4 Personal Computer-related Messages ........7-5 Confidential Copying Prohibited...

  • Page 114: Messages And Countermeasures

    This chapter lists onscreen messages and provides information on the measures that should be taken when they appear. If the error message re-appears despite taking countermeasures, stop any inspections and contact your Fukuda Denshi service representative. 7.1.1 Instrument and Measurement-related Messages...
  • Page 115 Chapter 7 Messages Message Cause Countermeasure Input age (birthday) and/or The patient's age and sex have not Enter the patient's age and sex. sex. No vascular age will been entered. (Entry is not necessary if it is the be present in the report CAVI value and not the vascular without entering patient age that is of interest.)

  • Page 116: Cf Card-Related Messages

    Chapter 7 Messages Message Cause Countermeasure The settings have been For FLASH: For FLASH: reset to factory default. Faulty memory can be expected. Please contact our service (***) For SRAM: department. (***) can be either FLASH Low voltage in the "back-up" battery For SRAM: or SRAM.

  • Page 117: Color Printer Related Messages

    Chapter 7 Messages 7.1.3 Color Printer related Messages Message Cause Countermeasure Front cover open. The color printer cover is open. Close the front cover. Error (Nozzle), please The color printer nozzle is clogged. Perform nozzle cleaning. If the check. problem persists, change the ink cartridge.

  • Page 118: Chapter 8 Disassembly And Assembly

    CAUTION ● For repairs requiring disassembly, please contact Fukuda Denshi Technical Services Co., Ltd. Be sure to contact Fukuda Denshi Technical Services Co., Ltd. for cuff PCB and pump unit replacements since they require a weights and measures inspection. Confidential...

  • Page 119: Instrument Disassembly

    Chapter 8 Disassembly and Assembly 8.1 Instrument Disassembly 8.1.1 Removing the Upper and Lower Cases (1) Remove the screws (6 W SEMS (L) M3 × 8) from the bottom of the instrument. (2) Remove the upper case, open the display assembly as shown below and place it on the right side of the lower case.

  • Page 120: Removing The Main Board

    Chapter 8 Disassembly and Assembly 8.1.2 Removing the Main Board (1) Disconnect the cables connected to the main block. (Main-LCD, key, recorder, sensor, power supply unit, speaker and cartridge cables) MAIN-LCD cable Key cable Sensor cable Speaker cable Recorder cable Power supply cable Cartridge cable (2) Remove the screws (4 P tight pan head WH 3 ×...
  • Page 121 Chapter 8 Disassembly and Assembly (3) Disconnect the BP cables (4), PCG cable and PW cable (2). BP cable PW cable PCG cable (4) Remove the screws (5 W SEMS (L) 3 × 8) and remove the center shield plate. Remove the screws (2 W SEMS (L) 3 ×...
  • Page 122 Chapter 8 Disassembly and Assembly (5) Remove the screws (1 tight pan head WH 3 × 10, 2 W SEMS (L) M3 × 16) and the upper ECG amplifier cover. Remove the spacers (5 BSB-310), the screws (2 W SEMS (L) M3 × 8) and the main board. ECG amplifier cover Main board (6) Remove the screws (2 W SEMS (L) M2.6 ×...

  • Page 123: Removing The Pump Block

    Chapter 8 Disassembly and Assembly 8.1.3 Removing the Pump Block (1) Disassemble the instrument until the main block can be taken out. (☞8.1.2(2)) (2) Turn the main block over and remove the four BP cables. BP cables (3) Remove the screw (1 W SEMS (L) M3 × 8), air hose and pump block. Air hose removal requires some physical strength so proceed with care.

  • Page 124: Removing Recorder And Power Supply Unit

    Chapter 8 Disassembly and Assembly 8.1.4 Removing Recorder and Power Supply Unit (1) Remove the upper case. There is no need to disconnect the MAIN-LCD cable and the key cable. (2) Disconnect the record cable, sensor cable and power supply cable. Sensor cable Record cable Power supply cable...

  • Page 125: Removing The Lcd

    Chapter 8 Disassembly and Assembly 8.1.5 Removing the LCD (1) Remove the two rubber caps, screws (2 W SEMS (S) M3 × 8). Remove the front LCD cover. Remove the cover starting from the upper left corner. (2) Remove the screw (1 W SEMS (L) M3 × 8) and remove the Flexield sheet. Remove the screws (2 Plax pan head 2.6 ×...
  • Page 126 Chapter 8 Disassembly and Assembly (3) Remove the screws (2 W SEMS (L) M3 × 8) and the inverter board shield plate. Remove the screws (2 Plax pan head 2.6 × 8), disconnect the two cables that connect the inverter to the LCD and remove the inverter. Remove the screws (8 W SEMS (L) M3 ×...

  • Page 127: Removing The Keyboard

    Chapter 8 Disassembly and Assembly 8.1.6 Removing the Keyboard (1) Remove the upper case. (2) Turn the upper case over and remove the key cable and LCD SW cable. LCD_SW cable Key cable (3) Remove the screws (2 P tight pan head WH3 × 12, 5 W SEMS (L) 3 × 8) and the keyboard.

  • Page 128: Instrument Assembly

    Chapter 8 Disassembly and Assembly 8.2 Instrument Assembly 8.2.1 Main Block Assembly (1) Insert the air tube in the connector to assemble the main chassis SU. Place this below the main chassis and screw it down. Secure locations (2) marked Yellow ○...
  • Page 129 Chapter 8 Disassembly and Assembly (4) Route the air tubes and the BP cable. Route air tubes so that excess tubing is contained in area marked ○. *The tube must not be bent. The BP cable must be contained inside the pump unit. Use acetate tape (L=120) to secure cables and tubes in place.
  • Page 130 Chapter 8 Disassembly and Assembly (6) Screw down the main board. Secure locations (2) marked □ using: W SEMS M2.6 × 6 Secure locations (2) marked ○ using: W SEMS (L) M3 × 8 Brass spacer BSB-310 Install at locations marked by hexagons (5 locations: silk printed) (7) Attach the ECG amplifier shield plate (upper), side subpanel SU and rear subpanel.
  • Page 131 Chapter 8 Disassembly and Assembly (8) Screw down the upper ECG amplifier cover SU. First fit cover at location marked ○. Upper ECG amplifier cover SU Secure locations (2) marked ○ using: Make sure that D-Sub W SEMS (L) M3 × 16 connector lock fittings protrude from locations marked □.

  • Page 132: Lower Case Assembly Drawing

    Chapter 8 Disassembly and Assembly 8.2.2 Lower Case Assembly Drawing (1) Place the equipotential clamp in the lower instrument case and secure the main block using screws. Secure locations (4) marked ○ using: P tight WH M3 × 12 Make sure connectors are properly seated after the part has been screwed down.
  • Page 133 Chapter 8 Disassembly and Assembly (3) Screw down the recorder unit. Be sure not to pinch cables in this area when mounting the recorder 145mm recorder assembly assembly. Secure locations (4) marked ○ using: P tight pan head WH M3 × 12 * Be sure to secure the motor cable on the rear using adhesive...

  • Page 134: Lcd Unit (Rear) Assembly Drawing

    Chapter 8 Disassembly and Assembly 8.2.3 LCD Unit (Rear) Assembly Drawing (1) Connect the LCD cable to the LCD unit. LCD cable * Insert with metal side Bend the cable 45° to facing down. place it in the groove in Lock the connectors.

  • Page 135: Upper Case Assembly Drawing

    Chapter 8 Disassembly and Assembly 8.2.4 Upper Case Assembly Drawing (1) Secure the keyboard and key panel shield plate to the upper instrument case using screws. Upper instrument case U Align the opening in the metal plate with the molding boss to install the upper case equipotential boss.
  • Page 136 Chapter 8 Disassembly and Assembly (3) Install the MAIN-LCD cable, key cable and LCD_SW cable. Connect to location marked □. MAIN-LCD cable Secure cable with adhesive tape before Key cable threading the cable front end connector Connect connector to through the hole (marked ○) in the upper case location marked □.
  • Page 137 Chapter 8 Disassembly and Assembly (5) Install the CD block in the upper case and attach the LCD reinforcing plates (L) and (R) using screws. LCD reinforcing plate (R) LCD reinforcing plate (L) SU Secure locations (8) marked ○ using: W SEMS (L) M3 (6) Connect the LCD and inverter cables before screwing down the LCDTPIF Board (PCB-7128 assembly).
  • Page 138 Chapter 8 Disassembly and Assembly (8) Install the MAIN_LCD cable, touch panel flexible cable and cable cover. Connect touch panel cable connector. *Be sure to lock. Connect MAIN-LCD cable connector. Connect so that pin 1 is located at the bottom (gold cable) Route the cable in the groove of the molding (marked ○).
  • Page 139 Chapter 8 Disassembly and Assembly (10) Install the front LCD cover, secure it using screws and install the rubber caps. Front LCD cover assembly * Engage the claws at the lower end before raising and inserting the top end. Align the claws (2) marked ○ before fitting the parts together.

  • Page 140: General Assembly Drawing

    Chapter 8 Disassembly and Assembly 8.2.5 General Assembly Drawing (1) Connect the MAIN_LCD cable and key cable. Upper case assembly Stand the case up on the side with the LCD open. Key cable Important) When mounting the upper case, make sure that the cables between MAIN-LCD cable the upper and lower cases do not interfere Be sure to orient connector...

  • Page 141: Assembly Of The Trolley Otv-01

    Chapter 8 Disassembly and Assembly 8.3 Assembly of the Trolley OTV-01 The OTV-01 is a trolley to place the VS-1500. 8.3.1 Parts List (1) Top Plate: 1 (2) Shelf: 1 (3) Column: 1 (4) Base: 1 (5) Drawer: 1 【Accessories】 (1) Screw (long): 2 (2) Screw (short): 4 (3) Machine Screw: 4...

  • Page 142: Assembly Procedure

    Chapter 8 Disassembly and Assembly 8.3.2 Assembly Procedure *Prepare a Phillips screwdriver (M3). CAUTION Assemble the trolley on a horizontal surface (1) Mount the column to the base. Insert the column into the base, ensuring proper orientation. Then fasten the column securely with the 2 screws for assembly (long) using a hexagonal wrench.
  • Page 143 Chapter 8 Disassembly and Assembly (2) Mount the shelf. Remove the “drawer” stored in the shelf by lifting it up. Drawer Shelf Place the shelf on the rack provided in the middle of the column, and fasten it with 4 machine screws.
  • Page 144 Chapter 8 Disassembly and Assembly Mount the Top Plate Place the top plate on the column, aligning the side of the handle with that of the drawer, and fasten it securely with 4 screws (short) using the hexagonal wrench. Top Plate Handle Drawer Attach the seals.

  • Page 145: Installation Of The Cuff Holder Oav-01A

    Chapter 8 Disassembly and Assembly 8.4 Installation of the Cuff Holder OAV-01A By attaching the OAV-01A to the top plate of the trolley (OTV-01), the cuffs for the VS-1500 can be stored. 8.4.1 Parts List Name Q’ty Function Cuff Holder Stores the cuffs used with the Vasera Series Securing Screws Screws for securing the holder to the trolley top.

  • Page 146: Installation Of The Printer Shelf Oav-03A

    Chapter 8 Disassembly and Assembly 8.5 Installation of the Printer Shelf OAV-03A The OAV02A is a printer shelf to install the printer on the OTV-01 trolley. 8.5.1 Parts List Name Q’ty Function Printer Shelf Cable Guide Pin To secure cables and wires Securing Screws To attach the shelf to the trolley 8.5.2...
  • Page 147 Chapter 8 Disassembly and Assembly (2) Wiring Diagram Refer to the following wiring diagram to connect the equipments. Printer Printer AC Adapter Hospital grade Multiple portable socket-outlet with 3-pronged outlet isolation transformer WARNING Do not connect unspecified medical equipment. Do not connect unspecified printer. Do not use unspecified cables.
  • Page 148 Chapter 8 Disassembly and Assembly (3) Installing the Printer 1. Place the printer. Place the printer in its assigned location on the printer shelf. Printer [Note] Place the printer between the four printer retainer plates on the printer shelf. Loosen Printer retainer the screws in the retainer plates to adjust plates...
  • Page 149 Chapter 8 Disassembly and Assembly 3. Connect the power cable (printer). Connect the power cable from the printer AC Isolation Transformer adapter to the printer outlet on the isolation transformer. To printer outlet Printer AC adapter Printer power cable 4. Connect the cables (VS-1500, printer). For details refer to “Wiring Diagram”. Connect the power cable (CS-40, accessory from the VS-1500 printer shelf) from the VS-1500 to the isolation...

  • Page 150: Installation Of The Cable Hanger Oa-300A

    Chapter 8 Disassembly and Assembly 8.6 Installation of the Cable Hanger OA-300A The OA-300A is a cable hanger to attach the lead cables. 8.6.1 Parts List Q’ty Function Name Mounting bracket For attaching to the trolley, bed, etc. Mounting bracket For attaching to the round pole of the trolley, bed, etc.
  • Page 151 Chapter 8 Disassembly and Assembly Hook Cable Clip To VS-1500 Arm Pipe ・ Lay the cable to be connected to the VS-1500 along the groove on the side of the arm pipe, and fasten it with cable clips. Let the cable go through the hook at the joint. Nut M6 Round Pole Screw M6x15 or...

  • Page 152: Caution

    Chapter 8 Disassembly and Assembly 8.7 Installation of the Hose Hanger Kit OA-130 This product kit can be used as a hose hanger for the Vasera Series by attaching to the OA-300A Cable Hanger (separately sold). Note that the kit cannot be used with any other cable hanger.
  • Page 153 Chapter 8 Disassembly and Assembly 4. Attach the front-end hose clip to the OA-300A holder cover. * Firmly press the side with the adhesive. [Refer to Figure 3.] 5. Attach the sensor cable clip so that the hook is positioned under the arm (inside). [Refer to Figure 4.] 6.

  • Page 154: Chapter 9 Wiring Diagrams, Block Diagrams With Descriptions And Connector Pin Locations

    Chapter 9 Wiring Diagrams, Block Diagrams With Descriptions and Connector Pin Locations Chapter 9 Wiring Diagrams, Block Diagrams With Descriptions and Connector Pin Locations Definitions of Symbols Used in this Document ......9-2 Connecting Diagram ..............9-3 9.2.1 Upper Case .................. 9-3 9.2.2 Lower Case ..................

  • Page 155: Definitions Of Symbols Used In This Document

    Chapter 9 Wiring Diagrams, Block Diagrams With Descriptions and Connector Pin Locations 9.1 Definitions of Symbols Used in this Document This document uses the following symbols in wiring and block diagrams. Items (1) to (25) in the diagram are described in detail in the product packing list. FFC/FPC Data/address Signal...

  • Page 156: Connecting Diagram

    Chapter 9 Wiring Diagrams, Block Diagrams With Descriptions and Connector Pin Locations 9.2 Connecting Diagram 9.2.1 Upper Case Confidential Copying Prohibited...

  • Page 157: Lower Case

    Chapter 9 Wiring Diagrams, Block Diagrams With Descriptions and Connector Pin Locations 9.2.2 Lower Case Confidential Copying Prohibited...

  • Page 158: Block Diagram And Description

    Chapter 9 Wiring Diagrams, Block Diagrams With Descriptions and Connector Pin Locations 9.3 Block Diagram and Description 9.3.1 MAIN BOARD 9.3.1.1 Block Diagram Confidential Copying Prohibited...
  • Page 159 Chapter 9 Wiring Diagrams, Block Diagrams With Descriptions and Connector Pin Locations 9.3.1.2 Description The CPU receives ECG, PCG/pulse wave, cuff pressure and cuff pulse wave data. It also handles filtering and processes LCD data, thermal recording, filing, communications, key operations, voice operations and other operations.
  • Page 160 Chapter 9 Wiring Diagrams, Block Diagrams With Descriptions and Connector Pin Locations USB Block The USB port enables direct connection to a printer via USB 2.0 without the need for a computer for printing of test result reports in color. The DMAC in the CPU transfers data between the USB controller and SDRAM.

  • Page 161: Cuff Board /Pump Unit

    Chapter 9 Wiring Diagrams, Block Diagrams With Descriptions and Connector Pin Locations 9.3.2 Cuff Board /Pump Unit 9.3.2.1 Block Diagram 9.3.2.2 Description Pressure Sensor (Main) Block The input to the pressure sensor (main) is output to the Main Board as positive pressure P. Positive pressure P goes through filters and an amplifier to produce pulse waves for CAVI measurement (PW values) and pulse waves for BP measurement (OSC values).

  • Page 162: Lcdtp If Board

    Chapter 9 Wiring Diagrams, Block Diagrams With Descriptions and Connector Pin Locations 9.3.3 LCDTP IF Board 9.3.3.1 Block Diagram 9.3.3.2 Description LCD Control Block This block decodes the signal from the LVDS driver IC on the Main Board in the LVDS receiver IC and sends it to the LCD.

  • Page 163: Other Functions

    Chapter 9 Wiring Diagrams, Block Diagrams With Descriptions and Connector Pin Locations 9.3.4 Other Functions 9.3.4.1 Description Key Board The contacts and rubber sheet in the key board make up the fixed keys. They are controlled by FPGA. LCD SW Board This board monitors the opening and closing of the LCD panel.

  • Page 164: Connector Pin Arrangement

    Chapter 9 Wiring Diagrams, Block Diagrams With Descriptions and Connector Pin Locations 9.4 Connector Pin Arrangement 9.4.1 MAIN BOARD (1) CN1 RECORDER SENSE Connector Type: DF13-5P-1.25V(50) (HRS) Signal Name Signal Name SW_ON MARK_E SW_COM MARK_A MARK_COM (2) CN2 MOTOR Connector Type: DF13-4P-1.25V(50) (HRS) Signal Name Signal Name OUT1...
  • Page 165 Chapter 9 Wiring Diagrams, Block Diagrams With Descriptions and Connector Pin Locations (6) CN6 POWER CN Connector Type: S22B-PHDSS-B (JST) Signal Name Signal Name ＋3.3V ＋3.3V ＋12VLCD ＋24VT ＋5V ＋5V ＋24VM POWER_ON_OFF_L SHUTDOWN_L ＋12V AC_FAIL_L ＋12V AC_STB5V (7) CN7 JTAG Connector Type: DF20G-20DP-1V (HRS) Signal Name Signal Name...
  • Page 166 Chapter 9 Wiring Diagrams, Block Diagrams With Descriptions and Connector Pin Locations (9) CN9 TOUCH PANEL, LCD I/F Connector Type: SSL00-40L3 (KEL) Signal Name Signal Name ＋3.3V TCP_TXD ＋3.3V TCP_RXD ＋3.3V TCP_RESET ＋3.3V INVBLON_L ＋3.3V INVBLHIGH_L ＋3.3V ＋3.3V ＋5 TXCLK＋ ＋12V TXCLK－...
  • Page 167 Chapter 9 Wiring Diagrams, Block Diagrams With Descriptions and Connector Pin Locations (12) CN12 BP3 (L-A) Connector Type: DF11G-18DP-2V(50) (HRS) Signal Name Signal Name ＋8V VLVX＋ －8V VLVX－ PUMP＋ PUMP－ VLVF＋ VLVF－ HICUFF ＋12V INST LOWCUFF (13) CN13 BP1 (L-B) Connector Type: DF11G-18DP-2V(50) (HRS) Signal Name Signal Name...
  • Page 168 Chapter 9 Wiring Diagrams, Block Diagrams With Descriptions and Connector Pin Locations (14) CN14 CF-CARD Connector Type: MI21A-50PD-SF-EJL(91) (HRS) Signal Name Signal Name CD1_L CE1_L CE2_L VS1_L OE_L IORD_L IOWR_L WE/PRG_L RDY/IREQ_L CSEL_L VS2_L RESET WAIT_L INPACK_L REG_L BVD2/SPKR_L BVD1/STSCHG_L WP/IOIS16_L CD2_L (15) CN15...
  • Page 169 Chapter 9 Wiring Diagrams, Block Diagrams With Descriptions and Connector Pin Locations (17) CN17 Connector Type: SS-640810-A-NF-A111 (STEWART CONNECTOR) Signal Name Signal Name TXD＋ TXD－ RXD－ RXD＋ (18) CN18 BATTERY Connector Type: BH-32 Signal Name Description Battery negative terminal － Battery positive terminal ＋...

  • Page 170: Cuff Board

    Chapter 9 Wiring Diagrams, Block Diagrams With Descriptions and Connector Pin Locations 9.4.2 CUFF BOARD (1) CN1 PUMP Connector Type: DF3A-4P-2DSA (HRS) Signal Name Signal Name PUMP＋ PUMP－ (2) CN2 TO MAIN BOARD Connector Type: DF11-18DP-2DS(52) (HRS) Signal Name Signal Name ＋8V VLVX＋...

  • Page 171: Lcdtp If Board

    Chapter 9 Wiring Diagrams, Block Diagrams With Descriptions and Connector Pin Locations 9.4.3 LCDTP IF BOARD (1) CN1 TO MAIN BOARD Connector Type: SSL00-40L3 (KEL) Signal Name Signal Name ＋3.3V TCP_TXD ＋3.3V TCP_RXD ＋3.3V TCP_RESET ＋3.3V INVBLON ＋3.3V INVBLHIGH_L ＋3.3V ＋3.3V ＋5V TXCLK＋...

  • Page 172: Cartridge If Board

    Chapter 9 Wiring Diagrams, Block Diagrams With Descriptions and Connector Pin Locations (4) CN4 TO INVERTER Connector Type: S5B-ZR-SM3A-TF (JST) Signal Name Signal Name VR_GND ＋12V VR_5K ＋12VGND BL CONT 9.4.4 CARTRIDGE IF BOARD (1) CN1 TO MAIN BOARD Connector Type: DF4-5P-2C (HRS) Signal Name Signal Name ＋3.3V...

  • Page 173: Inverter

    Chapter 9 Wiring Diagrams, Block Diagrams With Descriptions and Connector Pin Locations 9.4.7 Inverter (1) CN1 TO LCDTP IF BOARD Connector Type: S5B-ZR-SM3A-TF (JST) Signal Name Signal Name VR (GND) VR (5kΩ) CONT (2) CN2、CN3 TO LCD Connector Type: SM02(8.0)B-BHS-1-TB (JST) Signal Name Signal Name 9.4.8...

  • Page 174: External Connector

    Chapter 9 Wiring Diagrams, Block Diagrams With Descriptions and Connector Pin Locations 9.4.9 External Connector (1) PCG Connector Type: MAB-8100S-G (HIRSCHMANN) Signal Name Signal Name (2) PULSE WAVE1 / PULSE WAVE2 Connector Type: MAB-8100S-G (HIRSCHMANN) Signal Name Signal Name ＋PW －PW Front view 9-21...
  • Page 175 Chapter 9 Wiring Diagrams, Block Diagrams With Descriptions and Connector Pin Locations 9-22 Confidential Copying Prohibited...
  • Page 176 Chapter 10 Part Location Diagram and Checkpoints Chapter 10 Part Location Diagram and Checkpoints 10.1 MAIN BOARD ................10-2 10.1.1 MAIN BOARD Part Location Diagram (Component Side) ..10-2 10.1.2 MAIN BOARD Part Location Diagram (Soldering Side) .... 10-4 10.1.3 Main Board Checkpoints ............10-6 10.2 CUFF BOARD................

  • Page 177: Chapter 10 Part Location Diagram And Checkpoints

    Location Diagram and Checkpoints Chapter Part 10.1 MAIN BOARD 10.1.1 MAIN BOARD Part Location Diagram (Component Side) 10-2 Confidential Copying Prohibited...
  • Page 178 Chapter 10 Part Location Diagram and Checkpoints 10-3 Confidential Copying Prohibited...

  • Page 179: Main Board Part Location Diagram (Soldering Side)

    Location Diagram and Checkpoints Chapter Part 10.1.2 MAIN BOARD Part Location Diagram (Soldering Side) 10-4 Confidential Copying Prohibited...
  • Page 180 Chapter 10 Part Location Diagram and Checkpoints 10-5 Confidential Copying Prohibited...

  • Page 181: Main Board Checkpoints

    Location Diagram and Checkpoints Chapter Part 10.1.3 Main Board Checkpoints 10.1.3.1 Power Supply and Signal Checks Refer to the part location diagram for a rough location of parts on the board. (1) Power supply 1. +3.3V Allowable voltage is +3.3 ±0.165 V. Check voltage at the + side of C28.
  • Page 182 Chapter 10 Part Location Diagram and Checkpoints 7. +1.2V Powers the FPGA (IC23). Allowable voltage is +1.2 ±0.06V. Check voltage at the + side of C66. （☞10.1.1.B2） +1.2V 8. +1.5V Powers the CPU (IC7). Allowable voltage is +1.5 ±0.075V. Check voltage at C54. ＋1.5V （☞10.1.1.A3）...
  • Page 183 Location Diagram and Checkpoints Chapter Part 13. +12VA Powers the analog circuits. Allowable voltage is +12 ±0.6V. Check voltage at the + side of C59. （☞10.1.1.B1） ＋12VA 14. +VISO（＋5V） Powers the serial isolation unit. Allowable voltage is +5.0 ±0.25V. Check voltage at C131. （☞10.1.1.C2）...
  • Page 184 Chapter 10 Part Location Diagram and Checkpoints (2) Body signals 1. ECG Check the difference in input between each electrode and F (right leg) on each AD converter. Input Signals Check site R‐F IC81，Pin 1 L‐F IC71，Pin 1 IC86，Pin 2 C1‐F IC73，Pin 1 C2‐F...
  • Page 185 Location Diagram and Checkpoints Chapter Part 6. Pressure pulse wave (BOSC0–3) Check the pressure pulse wave for the right brachial, left brachial, right ankle and left ankle at pin 4 on CN11, CN13, CN10 and CN12, respectively. （☞10.1.1.B1.C1） – BPW0 –...
  • Page 186 Chapter 10 Part Location Diagram and Checkpoints 10.1.3.2 Fuse Check 1. F1 This fuse protects the +12 V power supply providing power to the PCG/PW isolation unit. （☞10.1.1.B3） 2. F2 This fuse protects the +5 V power supply providing power to the serial isolation unit. （☞10.1.2.C3）...

  • Page 187: Cuff Board

    Location Diagram and Checkpoints Chapter Part 10.2 CUFF BOARD 10.2.1 Part Location Diagram Component side, part location diagram Solder side, part location diagram 10.2.2 Power Supply and Test Pin Checks 1. +8V Allowable voltage is +8.0 ±0.4V. Check voltage at C11. －8V 2.
  • Page 188 Chapter 10 Part Location Diagram and Checkpoints 7. TP4 Measures the voltage of supplementary pressure Q. Use this voltage for adjusting the accuracy of supplementary pressure Q. 8. TP5 GND terminal. 9. Pressure pulse wave (OSC) Check at pin 4 on CN2. 10.

  • Page 189: Lcdtp If Board

    Location Diagram and Checkpoints Chapter Part 10.3 LCDTP IF BOARD 10.3.1 Part Location Diagram Component side, part location diagram R26、NF23 Solder side, part location diagram 10.3.2 Power Supply and Signal Checks 1. ＋3.3V Allowable voltage is +3.3 ±0.165V. Check voltage at C12. ＋3.3V 2.

  • Page 190: Power Supply Unit

    Chapter 10 Part Location Diagram and Checkpoints 10.4 Power Supply Unit 10.4.1 Output Voltage Check To check the output of the power supply only, temporarily set pin 19 to "L" (short it by connecting it to GND) to run the power supply unit. The output from each pin is as follows.
  • Page 191 Part Location Diagram and Checkpoints Chapter 10 10-16 Confidential Copying Prohibited...

  • Page 192: Chapter 11 Spare Parts List

    Chapter 11 Spare Parts List Chapter 11 Spare Parts List 11.1 Replacement of the accessories..........11-2 11.2 Main Unit ..................11-3 11.3 Upper Case Block ...............11-4 11.4 LCD Block ...................11-5 11.5 Lower Case Block ...............11-6 11.6 Pump Block .................11-7 11.7 Main Block...................11-8 11.8 LCD Unit..................11-9 11.9...

  • Page 193: Replacement Of The Accessories

    Chapter 11 Spare Parts List 11.1 Replacement of the accessories The following parts and accessories require periodical inspection and replacement. The standard replacement time is as follows: ● Limb cuffs٠٠٠٠٠30,000 times ● Toe cuffs٠٠٠٠٠ 6 months after opening Worn cuffs cannot measure blood pressure accurately. ●...

  • Page 194: Main Unit

    Chapter 11 Spare Parts List 11.2 Main Unit 11-3 Confidential Copying Prohibited...

  • Page 195: Upper Case Block

    Chapter 11 Spare Parts List 11.3 Upper Case Block 11-4 Confidential Copying Prohibited...

  • Page 196: Lcd Block

    Chapter 11 Spare Parts List 11.4 LCD Block 11-5 Confidential Copying Prohibited...

  • Page 197: Lower Case Block

    Chapter 11 Spare Parts List 11.5 Lower Case Block 11-6 Confidential Copying Prohibited...

  • Page 198: Pump Block

    Chapter 11 Spare Parts List 11.6 Pump Block 11-7 Confidential Copying Prohibited...

  • Page 199: Main Block

    Chapter 11 Spare Parts List 11.7 Main Block 11-8 Confidential Copying Prohibited...

  • Page 200: Lcd Unit

    Chapter 11 Spare Parts List 11.8 LCD Unit 11-9 Confidential Copying Prohibited...

  • Page 201: Part Block Diagram

    Chapter 11 Spare Parts List 11.9 Part Block Diagram 11.9.1 Upper Case Block FFC/FPC Data/address Signal Unit Part/block Cable (the number indicates number of wires) 11-10 Confidential Copying Prohibited...
  • Page 202 Chapter 11 Spare Parts List Lower Case Block To upper case Pressure Pressure Pressure Pressure Pressure Pressure Pressure Pressure Sensor Sensor Sensor Sensor Sensor Sensor Sensor Sensor (Main) (Sub) (Sub) (Sub) (Main) (Main) (Sub) (Main) 11-11 Confidential Copying Prohibited...
  • Page 203 Chapter 11 Spare Parts List Parts List The parts number listed below corresponds to that indicated on the wire diagram. Part No. Model 1L0017830 TCG075VG2AC-G01 Touch panel 1G0094790 FD-38-1D LCDTP_IF_BOARD 9F0055290 PCB-7128 ASSY Inverter 9D0058230 KCI-16 9D0058240 Key board LCD Switch board 9F0055310 PCB-7129 ASSY 1M0015310...

  • Page 204: Accessories

    Chapter 11 Spare Parts List 11.10 Accessories (1) VS-1500N No. Accessory Model Parts No. Quantity Remarks Power cable (3 m) CS-18, CS-24 4A0060730 NIBP cuffs (Right Brachial) CUF-129MR 9D005810C (Left Brachial) CUF-129ML 9D005811C (Right Ankle) CUF-138MR 9D0059110 (Left Ankle) CUF-138ML 9D0059120 Air hose (2.5 m) (Lower limbs)

  • Page 205: Optional Accessories

    Chapter 11 Spare Parts List 11.11 Optional Accessories Accessory Model Remarks 1 Potential equalization cable CE-12 2 Amorphous pulse wave sensor TY-501A Amorphous cap OA-256 Amorphous caps 20 pieces per pack 3 Keratin cream OJ-01 4 Trolley OTV-01 5 Cable hanger OA-300A 6 Hose hanger kit OA-130...

  • Page 206: Consumables

    Chapter 11 Spare Parts List 11.12 Consumables No. Accessory Model Parts No. Quantity NIBP cuffs (Right Brachial M size) CUF-129MR 9D005810C 1 (Left Brachial M size) CUF-129ML 9D005811C 1 (Right Ankle M size) CUF-138MR 9D0059110 (Left Ankle M size) CUF-138ML 9D0059120 (Right Brachial S size) CUF-129SR...
  • Page 207 Chapter 11 Spare Parts List 11-16 Confidential Copying Prohibited...

  • Page 208: Chapter 12 Information Of The Electromagnetic Compatibility (Emc)

    Chapter 12 Information of the electromagnetic compatibility (EMC) Chapter 12 Information of the electromagnetic compatibility (EMC) 12.1 Guidance to Electromagnetic Compatibility ........12-2 ●Electromagnetic Emission Compatibility..........12-2 ●Compatibility with Electromagnetic Immunity (1)........ 12-3 ●Compatibility with Electromagnetic Immunity (2)........ 12-4 ●Recommended Separation Distance between Portable or Mobile RF Communication Equipment and the VS-1500 ........

  • Page 209: Guidance To Electromagnetic Compatibility

    Chapter 12 Information of the electromagnetic compatibility (EMC) 12.1 Guidance to Electromagnetic Compatibility The VS-1500 complies with the Safety Standard IEC 60601-1-2 (2001). However, if a portable transmitter, telemetry LAN unit or the like is used right by the instrument, it may receive an electromagnetic wave far exceeding the value stipulated in the Standard, adding noise to the waveforms or causing other erratic behavior.

  • Page 210: Compatibility With Electromagnetic Immunity (1)

    Chapter 12 Information of the electromagnetic compatibility (EMC) ● Compatibility with Electromagnetic Immunity (1) The VS-1500 is intended for use in the electromagnetic environments described below. It is recommended to verify that the VS-1500 is used in such an environment. IEC 60601-1-2 Test Immunity Test Compatible Level...

  • Page 211: Compatibility With Electromagnetic Immunity (2)

    Chapter 12 Information of the electromagnetic compatibility (EMC) ● Compatibility with Electromagnetic Immunity (2) The VS-1500 is intended for use in the electromagnetic environments described below. It is recommended to verify that the VS-1500 is used in such an environment. IEC 60601-1-2 Test Compatible Immunity Test...

  • Page 212: Recommended Separation Distance Between Portable Or Mobile Rf Communication Equipment And The Vs-1500

    Chapter 12 Information of the electromagnetic compatibility (EMC) ● Recommended Separation Distance between Portable or Mobile RF Communication Equipment and the VS-1500 The VS-1500 is intended for use in electromagnetic environments where radiated RF interference is controlled. Electromagnetic interference can be suppressed by maintaining a minimum allowable distance between portable or mobile RF communication equipment (transmitter) and the VS-1500.
  • Page 213 Chapter 12 Information of the electromagnetic compatibility (EMC) 12-6 Confidential Copying Prohibited...
  • Page 214 Index AB-200GN ............3-2 Hose Hanger Kit ..........3-4 AB-200CN............3-2 AC Power Connector.........4-3 A/D Waveform ..........5-26 Air Connector.............4-3 Initializing Set Values........5-24 Amorphous Cap..........3-4 Inverter ............9-20 Amorphous Pulse Wave Sensor......3-4 I/O Test ............5-10 Automatic Test ..........5-29 Keratin Cream ...........3-2 Blood Pressure ..........6-6 KEY BOARD.......... 9-10, 9-19 Built-in Thermal Array Recorder ....
  • Page 215 Potential Equalization Cable......3-4 Potential Equalization Terminal......4-3 Power Supply Unit ....... 9-10, 10-15 Precaution Label..........4-4 Pressure Accuracy...........5-17 Pressure Test...........5-14 Printer Connector ..........4-2 Printer Shelf............3-4 Protective Earth Resistance ......5-57 Pulse Wave............6-9 Pulse Wave Sensor with Air Bag .......3-4 Pump Block ............8-6 Pump Unit ............5-28 Referencing the Register.........5-30 Replacing the Print Cartridge ......5-38 Replacing the Fuse on the Printer Shelf..5-40...
  • Page 216 39-4, Hongo 3-chome, Bunkyo-ku, Tokyo, Japan Phone:+81-3-3815-2121 Fax:+81-3-3814-1222 4R0100090 200906...

Table of Contents

Save PDF