Page 1 Patient Monitor ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● DSL-8001 System Service Manual DSL-8001/DSL-8001R Before setting up/maintenance, please read this “Service Manual” thoroughly.
Page 2 If you have any comment or request on usability, viewability, readability, or if you notice anything hard to understand on this service manual, please inform it to us. Fukuda Denshi Co., Ltd. Development & Production Support Dept. 2-35-8 Hongo, Bunkyo-ku, Tokyo 113-8420, Japan...
Page 3 Revision History Model Name Service Manual DSL-8001 System Edition Revised Items Reason of the Revision Date New Edition 2013.01 －...
Page 4 Blank Page...
Page 5: Table Of Contents
EMC Guidance ······················································· Compliance to the Electromagnetic Emissions · xxii Compliance to the Electromagnetic Immunity (1) xxii ······································································ Compliance to the Electromagnetic Immunity (2) ····································································· xxiii Recommended Separation Distances between Portable and Mobile RF Communications Equipment and the DSL-8001 System ········· xxiv...
Page 6: Safety Precautions
Do not damage or erase the warning label attached to the equipment. This warning label contains important descriptions for handling and C A U T I O N operating the equipment properly and safely. A damaged label may compromise safe operation. DSL-8001 System Main Unit...
Page 7: Measurement Unit For Each Parameter
Measurement Unit for Each Parameter The measurement units for this equipment are as follows. Description Parameter Display Unit Default (beats per minute) Heart Rate / NIBP Pulse Rate Impedance Respiration Rate RESP Respiration (breaths per minute) Arterial Oxygen Saturation Non-Invasive Blood Non-Invasive NIBP mmHg / kPa...
Page 8: Graphic Symbols
Graphic Symbols Refer to the following for the meaning of the symbols indicated on the equipment. DSL-8001 System Symbol Description Caution, refer to accompanying documents Indicates the need to refer to related accompanying documents before operation. Refer to accompanying documents Indicates the need to refer to related accompanying documents before operation.
Page 9 Symbols displayed on the DSL-8001 System screen Symbol Description Symbol Description NIBP Elapsed Time Pulse Amplitude Display TCON Status Main Menu Icon Alarm Silence Icon Alarm Limit Setup Icon Alarm Sound Suspend Icon Alarm OFF Icon Switch Display Icon Ventilator Status...
Page 10: Precautions For Safe Operation Of Medical Electrical
Keep the equipment clean to ensure proper operation for the next use. If the equipment is damaged and in need of repair, stop using the equipment, label it “OUT OF ORDER” and contact Fukuda Denshi. Do not disassemble or remodel the equipment.
Page 11: Precautions About The Maintenance
Maintenance, Modifications, and Repairs Fukuda Denshi is liable for the safety, reliability, and performance of its equipment only if; Maintenance, modifications, and repairs are carried out by authorized personnel or organization.
Page 12: Precautions About Medical Telemeter
Precautions about Medical Telemeter When monitoring a patient using wireless telemetry, make sure the patient D A N G E R data is properly received at the central monitor. Pay special attention when the channel ID at the bedside monitor is changed. Depending on the wireless combinations, interference may generate with other telemeters.
Page 13 The Zone Manager and Overall Manager are to deal with the problem properly and/or contact their nearest Fukuda Denshi representative for service. Precautions about the Setting Connection of the HLX-801 Telemetry Transmitter Module will be performed by our service representative.
Page 14: Precautions About Bidirectional Wireless
If interference or breakdown occurs in the communication, the TCON user is required to stop using the TCON and to inform the Overall Manager of the problem. The Overall Manager is to deal with the problem properly and/or contact the nearest Fukuda Denshi representative for service. Precautions for Operation The Bidirectional Wireless Communications Module (TCON) uses radio waves to transmit data.
Page 15: Precautions About The Pacemaker
If such event occurs, please disconnect the cardiac monitoring and diagnostic equipment, or follow the procedures described in the operation manual of the pacemaker. For more details, contact FUKUDA DENSHI personnel, your institution’s professionals, or your pacemaker distributors. W A R N I N G Rate meters may continue to count the pacemaker rate during occurrences of cardiac arrest or some arrhythmias.
Page 16: Non-Explosion Proof
There are some cases when the pacemaker pulse can not be detected depending on the pacemaker type, pulse voltage, pulse width, electrode lead type (unipolar, bipolar), or electrode placement which causes the pacemaker pulse amplitude to decrease and disables the pacemaker pulse detection.
Page 17: Electrosurgery Safety
Fukuda Denshi. It is the user’s responsibility to contact Fukuda Denshi to determine the compatibility and warranty status of any connection made to another manufacturer’s equipment.
Page 18: Accessories And Optional Accessories
Accessories and Optional Accessories Use only the cables specified by Fukuda Denshi. Use of other cables may result in an increase in emission (generation W A R N I N G of unwanted electromagnetic energy from this equipment) or decrease in immunity (resistance to electromagnetic interference generated from other devices).
Page 19 Systems The DSL-8001 is intended for patient monitoring in ICU, CCU, surgery, and ward and during transportation within the hospital. Do not use the monitor out of hospital (like in airplane and ambulance car), in MRI environment, inside hyperbaric chamber, or in the presence of flammable anesthetics.
Page 20 Patient Admit / Discharge This unit cannot display the patient information (patient ID, patient name, etc.) received from the central monitor, even when a wireless network or TCON system is constructed. The patient classification selection influences the precision of the QRS detection or NIBP measurement and Alarm Limit Setup area.
Page 21 SpO connector. Otherwise, the measurement data may be erroneously displayed by the ambient light. For additional warnings, cautions, or contraindications when using sensors with the DSL-8001, refer to each SpO sensor instruction manual. The pulse wave is normalized for SpO measurement.
Page 22 When [1] minute is selected for “NIBP Measurement Interval Setup”, the 1-minute interval measurement will start from the time the selection is made. The measurement will automatically stop after 12 minutes (maximum of 15 minutes when re-measured), and 2.5-minute interval measurement will be set. Selecting [Cont.] will start the continuous measurement.
Page 23: Precautions About The Ventilator Monitoring
Check the patient's condition, ventilator alarm sound and message occasionally. If the DSL-8001 system does not generate an alarm even though the ventilator is generating an alarm, or if any other malfunction occurs, immediately check the ventilator, DSL-8001 system, cable, and replace the cable if necessary.
Page 24: Precautions About Use Of Spo 2 Sensor
Sensor In SpO monitoring, always use the sensor/relay cable specified by Fukuda Denshi. If any other sensor/relay cable is used, the sensor temperature may increase too high, place the patient in danger of D A N G E R burns.
Page 25: Electromagnetic Compatibility
Electromagnetic Compatibility The performance of this equipment under an electromagnetic environment complies with EN 60601-1-2 (2007)/IEC 60601-1-2 (2007). Precautions for Safe Operation under Electromagnetic Influence If any sorts of electromagnetic wave, magnetic field, or static electricity exist around the device, noise interference or malfunction of the device may occur.
Page 26: Compliance To The Electromagnetic Emissions
Complies IEC 61000-3-3 (CE) Compliance to the Electromagnetic Immunity (1) The DSL-8001 system is intended for use in the electromagnetic environment specified below. It is recommended that the DSL-8001 system be used in such an environment. IEC60601-1-2 Electromagnetic Environment -...
Page 27 To assess the electromagnetic environment due to fixed RF transmitters, an electromagnetic site survey should be considered. If the measured field strength in the location where the DSL-8001 is used exceeds the RF compliance level above, observe to verify whether the DSL-8001 system operates normally in this environment.
Page 28: Recommended Separation Distances Between Portable And Mobile Rf Communications Equipment And The Dsl-8001 System
Recommended Separation Distances between Portable and Mobile RF Communications Equipment and the DSL-8001 System The DSL-8001 system is intended for use in an electromagnetic environment in which radiated RF disturbances are controlled. The electromagnetic interference can be prevented by maintaining a...
Page 29 Chapter 3 Operational Description and circuit of each block. This chapter describes the configuration Chapter 4 Wiring Diagram block and connection cables of DSL-8001. This chapter describes the spare parts Chapter 5 Spare Part List such as electrical parts and cables inside the equipment.
Page 30 Chapter 1 General Description Chapter 5 Spare Part List General Description ··················································· 1-2 Features ································································· 1-3 DSL-8001 Main Unit Block Spare Parts ····················5-2 Name of Parts and Their Functions·························· 1-4 NIBP Module (NIBP-701) Spare Parts ·······················5-2 ●Front Side······················································ 1-4 ●Rear Side ······················································ 1-5 ●Right Side······················································...
Page 31 Others···································································8-12 Precautions about the Operating Environment ······ 7-2 Power Source and Ground Connection ·················· 7-3 Chapter 9 Maintenance Connecting the DSL-8001 to the Power Source ···· 7-3 Equipotential Grounding ········································ 7-4 Maintenance ·······························································9-2 Battery Operation······················································ 7-5 How to Display the Maintenance Menu ··················9-2 To Charge the Battery ···········································...
Page 32 Chapter 10 Periodic Check Maintenance Check················································· 10-2 About the Maintenance Check····························· 10-2 ●Daily Check ················································ 10-2 ●Periodic Check ··········································· 10-2 Periodic Replacement ········································· 10-2 Periodic Replacement Parts Information ············· 10-2 Periodic Check ···················································· 10-4 ●Preface ······················································· 10-4 ●Service tools/Measurement Device ············ 10-4 ●Periodic Check Item ···································...
Page 33 Chapter 1 General Description This chapter describes the outline of this equipment. General Description ··················································· 1-2 Features ································································· 1-3 Name of Parts and Their Functions·························· 1- 4 ●Front Side······················································ 1- ●Rear Side ······················································ 1- ●Right Side······················································ 1- ●Left Side ························································ 1- －...
Page 34: General Description
General Description Although the DSL-8001 system is compact, it is capable of measuring ECG, HR, RESP (impedance), SpO , pulse wave, NIBP, PR, and TEMP using a 7-inch color LCD panel. It can operate on battery power (up to 5 hours) and it can also be used as a transport monitor.
Page 35: Features
Features The compact, lightweight unit weighs approximately 3.0kg. Operations can be performed easily using the jog dial and fixed keys. There are fixed keys for [Alarm Silence], [NIBP Start/Stop], [NIBP Auto Mode], [Home], [Menu], and [Print]. Measuring parameters are ECG, HR, Impedance RESP, SpO , pulse wave, NIBP, PR, and TEMP.
Page 36: Name Of Parts And Their Functions
Name of Parts and Their Functions ●Front Side 1. Alarm Indicator 5. Fixed Keys 2. Power Supply LED 6. Jog Dial 3. Power Switch 4. Battery LED 7. Print Key 1. Alarm Indicator Lights or flashes when an alarm generates. 2.
Page 37: Rear Side
●Rear Side 8. Maintenance 9. Battery Cover Cover 10. Power Supply Connector 11. Potential Equalization Terminal 8. Maintenance Cover Used for maintenance of this unit. 9. Battery Cover Stores the battery during battery operation. 10. Power Supply Connector Connects the power supply cable. 11.
Page 38: Left Side
20. Serial Connector (COM1) Connects the specified equipment. Do not connect units or cables which are not authorized by Fukuda Denshi to any I/O connectors. If done so by mistake, the device cannot deliver its W A R N I N G maximum performance and the connected units may be damaged, resulting in a safety hazard.
Page 39: Chapter 2 Specification
Chapter 2 Specification Specification / Performance ······································2-2 Specification ··························································· 2-2 Performance··························································· 2-3 －...
Page 40: Specification / Performance
S pecification / Performance This section states the specifications and performance of this equipment. S pecification Size 225 (W) x 213(H) x 142(D) mm (not including the protrusion) Weight Approx. 3.0kg (not including accessories) Environmental Conditions : 5 to 40 ° C Operating Temperature Operating Humidity : 30 to 85% (non-condensing)
Page 41: Performance
Power Supply Voltage : AC 100 to 240V/DC10.5 to 12.4V Frequency : 50Hz or 60Hz Power Consumption : 110VA/65W Usable Life 6 years : According to self-certification. For usable life of periodic replacement parts, refer to "10. Periodic Check/Periodic Replacement". P erformance Display Device...
Page 42 90bpm Bidirectional Systoles : 90bpm Response time of heart rate meter to change in heart rate HR change from 80bpm to 120bpm : Range 4.1 to 4.9 sec. Average 4.4 sec. HR change from 80bpm to 40bpm : Range 5.9 to 6.4 sec. Average 6.1 sec.
Page 43 The SpO measurement accuracy is determined based on the values of the root-meansquare (rms) difference between SpO readings of the pulse oximeter equipment and values of SaO determined with a CO-oximeter, by healthy adult volunteers. The pulse oximeter equipment NOTE measurements are statistically distributed;...
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Page 45 Chapter 3 Operational Description Main Unit DSL-8001·····················································3-2 DSL-8001 Main Unit Block Diagram ·······················3-2 SMPS Assembly Board Block Diagram ··················3-3 SMPS Assembly Board Circuit Board Description··3-3 ECG Assembly Board Block Diagram ····················3-4 ECG Assembly Board Circuit Description···············3-4 TEMP Block Diagram ·············································3-5 TEMP Circuit Description ·······································3-5...
Page 46: Main Unit Dsl-8001
Main Unit DSL-8001 This section describes the DSL-8001 block diagram and its function. DSL-8001 Main Unit Block Diagram SMPS Batter y & Printer Assembly Assembly Board Board Main Assembly Board Alarm Assembly Board Assembly Board Backlight Assembly NIBP Assembly Board...
Page 47: Smps Assembly Board Block Diagram
SMPS Assembly Board Block Diagram SMPS Assembly Board Circuit Board Description SMPS board supplies power and charges the Li-ion Battery. Power Consumption AC100 to 240V, 110VA 50/60Hz Power Efficiency 70% load 70% or more Output Voltage/Output Current Voltage 14.4V to 15.0V (Current 3.5A) Maximum current 4A Power Fluctuation Line Regulation...
Page 48: Ecg Assembly Board Block Diagram
ECG Assembly Board Block Diagram ECG Block Respiration Block ECG Assembly Board Circuit Description ECG assembly board consists of ECG input protective circuit, lead OFF detection circuit, measurement amplifier, A/D converter, and MCU which controls them and transmits each electrode potential to CPU board in serial communication.
Page 49: Temp Block Diagram
TEMP Block Diagram TEMP Circuit Description TEMP measuring circuit processes the analog signal inputted by the A/D converter inside the CPU MSP430F1121A and transmits it to the CPU board in serial communication. Temperature Accuracy Circuit Temperature Accuracy ±0.1 °C Probe Temperature Accuracy ±0.1 °C Measurement Range...
Page 50: Spo 2 Module Block Description
Module Block Description The SpO module board incorporates NELLCOR NELL3 module. It is connected to the main assembly board through the SpO support assembly board. Connector Pin Assignment Interface Connector Panel Interface Connector Signal Type Signal Type C-LOCK Input DETECTOR (+) Ground DIGITAL Ground Ground...
Page 51: Cpu Assembly Board Block Diagram
CPU Assembly Board Block Diagram Core Block Serial Interface Block CPU Assembly Board Circuit Description Core Block Samsung 32bitRisk processor 3CC2440A is used as main processor. CPU operates on a 400MHz clock, links to UART and GPIO on a system bus, and controls the whole system. RTC and watch dog timer control is also included.
Page 52: Main Assembly Board Block Diagram
Main Assembly Board Block Diagram Main processor in the block diagram is mounted on the CPU board and the sub processor is an 8bit micro processor in the core block. Core Block GUI Block User Control Block Alarm Indicator Block Alarm Lamp (Red LED, Yellow LED)
Page 53 Sound Block Alarm sound IIC Interface Stereo Main Audio Speaker PWM Signal Processor Pulse tone sound Amplifier USB Interface Block Recorder Interface Block DC Power (10 to 15V), 5V, 3.3V Alarm Information Output Block General Port Block －...
Page 54: Main Assembly Board Circuit Description
Main Assembly Board Circuit Description Core Block ATMEGA16 (ATMEL, 11.0592MHz RISC Processor) is used as sub processor. The CPU controls the display backlight and speaker, resets hardware on the power supply port, powers off, and monitors the power and battery voltage. Also, the CPU has 16 Kbytes flash memory, 512 bytes EEPROM, 1 Kbyte SRAM, 8-channel, 10-bit ADC, and SCI (Serial Communication Interface) inside.
Page 55 Alarm Information Output Block Alarm information output uses relay contact. Contact capacity: 10A at 240VAC Contact material: Silver Cadmium Oxide Alarm Information Output Connector Connector: RJ-11 Pin Assignments: Signal Type Description Alarm information normally closed Alarm information output (normally closed) Alarm information common Alarm information output (common potential)
Page 56: Other Boards And Parts Description
Other Boards and Parts Description Power Button Assembly Board Mounts power switch, two-color LED, one to check the battery condition, and the other to check the power supply. Power Supply Indicator: Lights in green when AC power is connected. Battery LED: Battery Condition Color Indication...
Page 57: Nibp Module Nibp-701
NIBP Module NIBP-701 This section describes the block diagram of the NIBP-701 and its function. NIBP-701 includes main board, display panel board, the pump which inflates the cuff, the constant exhaust valve to reduce the internal pressure of the cuff at a constant rate, and the rapid exhaust valve which exhausts air from the cuff when the measurement ends or an error occurs.
Page 58: Main/Board Block Diagram
Main/Board Block Diagram Main Board (PCB-7096) to Sub CPU Board Main CPU Pressure Converter Sensor EEPROM Pump Drive Circuit Constant Exhaust Valve Drive Circuit Rapid Exhaust Valve Drive Circuit DC Power Supply Sub CPU Control Circuit Pressure Sensor +5VM / +5VS +3.3VM / +3.3VS +12V DC/DC...
Page 59: Main Board And Display Panel Board Description
BP. Also, the cuff pressure is constantly monitored. If an error occurs, open the valve and exhaust the air from the cuff. DSL-8001 communicates with NIBP module in serial communication via SCIF on main CPU. Main CPU also controls 7segLED and receives switch input on the display panel board. Main CPU has a built-in flash ROM and the programs of the main CPU are stored here.
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Page 61: Chapter 4 Wiring Diagram
Chapter 4 Wiring Diagram Block Wiring Diagram···················································4-2 －...
Page 62: Block Wiring Diagram
Block Wiring Diagram This section describes the block wiring diagram of the DSL-8001. Block Wiring Diagram －...
Page 63 To repair a connector or cable, replace the entire board or contact Fukuda C A U T I O N Denshi. Parts may be damaged when repairing/detaching connectors on the board as they are very small and pin-pitch is very narrow. The list of boards and connection cables in the block wiring diagram is as follows.
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Page 65 Chapter 5 Spare Parts List The spare parts in this chapter mainly include electrical parts and cables inside the equipment. DSL-8001 Main Unit Block Spare Parts ·······················5-2 NIBP Module (NIBP-701) Spare Parts ·························5-2 －...
Page 66: Dsl-8001 Main Unit Block Spare Parts
1L0101290 DSL-8001R TFT-LCD(LMS700KF23) M4073-* 9D0112510 DSL-8001R SMPS M2024-* 1S0100100 DSL-8001R Speaker(SP3008) E9021-* Spare parts cables of the DSL-8001 Main Unit Block are as follows: Item Code Item Name Model Type Note 1M0104170 DSL-8001R DC Power Cable 2Pin W0276-* － 1M0104180...
Page 67 Chapter 6 Software Upgrade Software Upgrade ······················································ 6-2 To Upgrade the DSL-8001 Main Unit ····················· 6-2 To Upgrade the Modules (NIBP-701, HLX, and TCON) ································· 6-3 ●To Display the Software Update Window ······ 6-3 ●NIBP-701······················································· 6-4 ●HLX ······························································· 6-4 ●TCON ···························································· 6-4 Software Version·························································6-5...
Page 68: To Upgrade The Dsl-8001 Main Unit
・Installation file does not exist in the USB Please Restart… memory. ・Specified USB memory is not used. 4. Remove the USB memory and restart the DSL-8001 by pressing the power switch OFF/ON. 5. Check if the home display is displayed. －...
Page 69: To Upgrade The Modules (Nibp-701, Hlx, And Tcon)
●To Display the Software Update Window 1. Insert the USB memory into the USB port on the left side when the power is turned OFF. 2. Turn ON the power to start the DSL-8001. 3. Press the (Menu) key and display the “Main Menu” window.
Page 70: Hlx
●NIBP-701 1. Select “NIBP-701” on the “Software Update” window. 2. Select "Update” and the update will start. 3. When the following window is displayed, the update is completed. ●HLX 1. Select “HLX” on the “Software Update” window. 2. Select "Update” and the update will start. 3.
Page 71: Software Version
After the software upgrade is completed, check the software version. 1. “Select “Maintenance” (Enter password “8001”) on the “Main Menu” and then select “System Information”. Display the software version of the DSL-8001 system. ・ Monitor On Time ・ Recorder On Time ・...
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Page 73 Chapter 7 Installation Precautions for Installing the Equipment ················7-2 Precautions about the Operating Environment·······7-2 Power Source and Ground Connection ···················7-3 Connecting the DSL-8001 to the Power Source·····7-3 Equipotential Grounding ·········································7-4 Battery Operation·······················································7-5 To Charge the Battery ············································7-5 Wireless Network Construction ································7-6 Connection of the HLX-801 Telemetry Transmitter Module····································································7-7...
Page 74: Precautions For Installing The Equipment
Precautions for Installing the Equipment This section describes the environmental condition to use the DSL-8001. The installation of this equipment should be performed by our service C A U T I O N representative or a person who is well acquainted with this equipment.
Page 75: Power Source And Ground Connection
Power Source and Ground Connection Connect the DSL-8001 to the power source. Connecting the DSL-8001 to the Power Source Connect the power cable to the power supply connector on the rear of the main unit. Connect the other end of the power cable to a 3-way outlet with ground terminal.
Page 76: Equipotential Grounding
Equipotential Grounding When connecting multiple equipments, electrical potential difference may be generated between the equipments. This may result in electric shock to the patient connected to these equipments. Pay special attention for use in Operating Room, ICU, CCU, Cardiac Catheter Laboratory, and Cardiovascular X-ray room.
Page 77: Battery Operation
Battery Operation Using the battery for operating the DSL-8001 allows monitoring at places where AC power source is not available such as during in-hospital patient transportation. One (1) battery can be installed inside the unit. Also, the DSL-8001 will automatically switch to battery operation for the following cases.
Page 78: Wireless Network Construction
By connecting the telemetry transmitting module (HLX-801), this system can construct a wireless network system and display the data on the central monitor. DS-7780 System Central Monitor DSL-8001 System Patient Monitor DS-7680 System Central Monitor When monitoring a patient using wireless telemetry, make sure the patient D A N G E R data is properly received at the central monitor.
Page 79 1. Turn OFF the power of DSL-8001. 2. Loosen the screw of the maintenance cover on the rear of the DSL-8001, and remove the maintenance cover. The removed maintenance cover is not used to attach the HLX-801. Store it because it is used if the HLX-801 is removed.
Page 80: Communication Setup
Insert the HLX-801 antenna through the hole and attach it on the rear of the DSL-8001 using the screw removed in 1. Fold the antenna and erect it. Communication Setup When using the HLX-801 Telemetry Transmitter Module, it is necessary to perform communication setup in advance.
Page 81 Select the channel number. When the numeric turns yellow, turn the jog dial and set the 4-digit medical telemetry channel ID. Set the “Group ID” in the same manner. Enter the group ID in the range of 00 to 63. Select “Save”...
Page 82 When this equipment indicates that the measurement data is out of range (“xxx” display), the minimum or maximum value of the range will be displayed at the central monitor. 【Out of Range】【Display at the central monitor】 301bpm or above Calculated on central monitor based on ECG waveform.
Page 83: Tcon System Construction (For Usa Only)
TCON System Example This section describes the TCON system example of the bedside monitor and the central monitor. <Configuration Example of medical telemetry and TCON> (Max. 16 bedside monitors) Bedside Monitor : DSL-8001 System Bedside Monitor : DSL-8001 System : 16 Channel...
Page 84: Installing Tcon
There are following restrictions when connecting this system to the TCON network. When the temperature unit is °F, the central monitor does not receive the temperature measurement data. When the NIBP measurement unit is kPa, the central monitor does not receive the NIBP Data.
Page 85 HTC-702 Mounting Bracket Screw - large (x 2) 2. Secure the above with the 2 small accessory screws (M3ｘ8) (as shown in the following diagram). Screw - small (x 2) 3. Connect the HTC-702 cable to the serial connector (COM1 or COM2). Serial Connector －...
Page 86: Communication Setup
Communication Setup To perform bidirectional wireless communications, it is necessary to perform communication setup in advance. Press the (Menu) key and select "Initial Setup” >"Communication Setup”. The "Communication Setup" window will be displayed. Select the port for TCON (“COM 1” or “COM 2”). Select [TCON].
Page 87 Set the TCON Group ID in the range from 1 to 16 using the same procedure above. TCON ID number is set to distinguish the bedside monitors in the same TCON group. Make sure not to set the same TCON ID to the bedside monitors in the same TCON group. Start the TCON communication.
Page 88 When the setting is complete, return to the home display. When the <TCON Check Reception> is displayed, the communication with the central monitor (base station) is not established. In this case, check if proper TCON setting is made on the bedside monitor and the central monitor, and repeat the setup procedure from step 2 to 5.
Page 89: Ventilator Connection
Ventilator Connection By connecting this equipment to a ventilator, ventilator alarm can be notified to the central monitor through wireless network or TCON system. This section describes the procedure to connect this unit and ventilator, and to input the ventilator alarm.
Page 90: Communication Setup
SV-900 CJ-500 CJ-502 Servo-i/Servo-s Turn ON the power of the DSL-8001 and ventilator. Communication Setup To monitor the ventilator alarm, ventilator needs to be assigned to the COM connector function. The same function cannot be set to multiple ports. C A U T I O N Only one ventilator can be connected.
Page 91: Ventilator Alarm Setup
: The DSL-8001 will notify the ventilator alarm. [OFF] : The DSL-8001 will not notify the ventilator alarm even if it is generated on the ventilator. However, ventilator alarm information is transmitted to the central monitor. When [OFF] is selected, the “Vent. Alarm” will not be displayed in the alarm W A R N I N G message area even if the ventilator alarm is generated.
Page 92 Select "Alarm Judgment Time” on the "VENT Setup" window. The “Alarm Judgment Time” window will be displayed. Set the alarm judgment time in the range of 0 to 30 seconds. Duration of ventilator alarm condition to generate the ventilator alarm can be selected. The numeric turns yellow when selected.
Page 93: Attaching The Oao-61A (Rail Attachment)
Attaching the OAO-61A (Rail Attachment) The DSL-8001 can be attached to a Medical Rail (10mm x 25mm) using OAO-61A (Rail Attachment). Example Medical Rail OAO-61A OAO-61A Contents Check the contents before installation. OAO-61A x1 Screw (M3x10) x4 Attach this product to the monitor on a level surface following the procedure below.
Page 94 1. Attach the OAO-61A to the DSL-8001 using the accessory screws (x4). Screw x4 This completes the installation. Make sure that all the screws are securely tightened. Check once again that there are no parts missing or left over. 2. Next, attach the assembly to a Medical Rail.
Page 95: Attaching The Oao-62A (Pole Attachment)
Attaching the OAO-62A (Pole Attachment) The DSL-8001 can be attached to a Pole (φ19mm to φ38mm) using OAO-62A (Pole Attachment). Example Pole DSL-8001 OAO-62A OAO-62A Contents Check the contents before installation. OAO-62A x1 Screw (M3x10) x4 Attach this product to the monitor on a level surface following the procedure below.
Page 96 1. Attach the OAO-62A to the DSL-8001 using the accessory screws (x4). Screw x4 This completes the installation. Make sure that all the screws are securely tightened. Check once again that there are no parts missing or left over. 2. Next, attach the assembly to a Pole.
Page 97: Attaching The Oao-60A (Bed-Pipe Attachment)
Attaching the OAO-60A (Bed-pipe Attachment) The DSL-8001 can be attached to a bed-pipe, etc. using OAO-60A (Bed-pipe Attachment). It fits a round pipe up to φ38mm, or an oval pipe up to 40mm x 15mm. Example DSL-8001 Bed-pipe OAO-60A OAO-60A Contents Check the contents before installation.
Page 98 1. Attach the OAO-60A to the DSL-8001 using the accessory screws (x6). Screws Screws 2. Next, attach the monitor to a bed. When attaching the monitor to a bed-pipe, make sure that the adjuster part of the OAO-60A is in contact with a pole.
Page 99 Example of Installation Bed-pipe Make sure that the adjusters are in contact with a bed-pole, etc. 3. Secure the monitor to the bed-pipe using the fixing belts of the OAO-60A. (1) Put the belts through the buckles as shown below. (2) Fasten the belts tightly using the Velcro.
Page 100: Attaching The Oao-57A (Attachment For Gcx)
Attaching the OAO-57A (Attachment for GCX) The DSL-8001 can be attached to the GCX trolley, after the GCX plate is attached to the DSL-8001 using OAO-57A (Attachment for GCX). GCX plate Attach this product to the monitor on a level surface following the procedure below.
Page 101 2. Secure the GCX plate (sold separately) with the 4 large accessory screws (M4x10) (as shown in the following diagram). GCX plate Screw - large Screw - large －...
Page 102 Blank Page －...
Page 103 Chapter 8 Troubleshooting Power Supply ·························································8-2 Backup ···································································8-2 Alarm ······································································8-2 Telemeter ·······························································8-3 ECG········································································8-3 Respiration ·····························································8-4 Non-Invasive Blood Pressure ·································8-5 ·······································································8-8 Temperature···························································8-9 Ventilator ······························································8-10 Printer (For DSL-8001R only) ·······························8-10 TCON (For USA only)···········································8-10 Battery ··································································8-11 Operation······························································8-12 System ·································································8-12 Others···································································8-12 －...
Page 104: Power Supply
Cause : The power cable of the DSL-8001 main unit is not connected. Solution : Check if the power cable of the DSL-8001 main unit is connected. The power is turned ON, but the DSL-8001 keeps restarting. Cause 1 : Because of unanticipated noise, the data on memory was corrupted.
Page 105: Telemeter
Telemeter The <HLX Module Error> message is displayed. Cause : There is a communication error with the telemetry unit. Solution : A broken wire or failure of the Telemetry unit can be considered. Contact your nearest service representative There is no reception at the telemetry center. Cause : The channel ID or group ID does not match the telemetry receiver.
Page 106: Respiration
: Communication error with the ECG board has occurred. Solution : Reboot the equipment. If the same message is repeatedly displayed, a failure of the equipment can be considered. Cease the measurement and contact Fukuda Denshi. Respiration 0 (zero) is displayed for respiration rate.
Page 107: Non-Invasive Blood Pressure
Solution : Reboot the equipment. If the same message is repeatedly displayed, a failure of the equipment can be considered. Cease the measurement and contact Fukuda Denshi. Non-Invasive Blood Pressure The monitor repeats the measurement, or “---” is displayed for the measurement value.
Page 108 System error code (F08-01 to E09-Y) is displayed on the screen. Cause : A system error has occurred in the NIBP unit due to following causes. E08-01 : Communication Error (Sub CPU) E08-02 : WatchDog Timeout (Main CPU) E08-03 : Pressure Offset Error E08-04 : Pressure Comparison Error E08-05 : Sub CPU Power Supply Failure E08-06 : Pressure Sensor 2 Power Supply Failure...
Page 109 Cause 2 : During the measurement, air hose was bent or occluded by the compression. Solution : Make sure that the air hose is not bent or compressed before the measurement. The <NIBP Insuff. Inflation (C04)> message is displayed, and measurement has stopped. Cause : The applied pressure to the cuff has exceeded the maximum limit.
Page 110: Spo 2
measurement and contact our service representative. For the following situation, measurements will be terminated. When the measurement time has exceeded 120 seconds for adult, 90 N O T E seconds for child, 60 seconds for neonate. When the inflation value has exceeded 300mmHg for adult, 210mmHg for child, 150mmHg for neonate.
Page 111: Temperature
: Communication error with the TEMP board has occurred. Solution : Reboot the equipment. If the same message is repeatedly displayed, a failure of the equipment can be considered. Cease the measurement and contact Fukuda Denshi. The <TEMP Out of Range> message is displayed on the screen. Cause : The temperature measurement is outside the measurement range.
Page 112: Ventilator
: Install a new roll of paper into the paper cassette. The <No Printer Installed> message is displayed. Cause : [Built-in] is set for the “Output Printer” although the DSL-8001 is not equipped with a built-in printer. Solution : Select [Center] for the “Output Printer” of “Manual Printing”, “Alarm Printing”, “Periodic Printing”.
Page 113: Battery
Check if the corresponding port (COM1 or COM2) is set for the TCON on the “Communication Setup” screen. The <TCON Cross Talk> message is displayed. Cause : Other bedside monitor with the same TCON ID may exist. Solution : Check the TCON ID of other bedside monitor in the same TCON group, and if the same TCON ID exists, set a different TCON ID.
Page 114: Operation
Operation The <Night Mode Active> message is displayed. Cause : The night mode is set. Solution : Cancel the night mode. The <Alarm Sound Suspend (xx)> message is displayed. Cause : Alarm sound is suspended. Solution : Press the [Alarm Silence] key for more than 3 seconds. System The <Battery Communication Error>...
Page 115: Maintenance
Chapter 9 Maintenance Maintenance ·······························································9-2 How to Display the Maintenance Menu ··················9-2 Saving / Reading the Data······································9-3 ●Saving the Data·············································9-3 ●Reading the Data ··········································9-4 NIBP Maintenance··················································9-5 ●Pressure Inspection·······································9-5 ●Inflation Test··················································9-7 ●Air Leak Test ·················································9-8 ●Fixed Speed Exhaust Test ····························9-9 ●High Speed Exhaust Test····························9-10 ●Rapid Exhaust Test ·····································9-11 System Error Log··················································9-12 Reset Error Log ····················································9-12...
Page 116: How To Display The Maintenance Menu
Maintenance This section describes the procedure for maintenance. Do not enter maintenance mode during standard monitoring. When entering into standard monitoring mode from maintenance mode, C A U T I O N restart the system. Otherwise, the operation of the system may become unstable.
Page 117: Saving / Reading The Data
Saving / Reading the Data ●Saving the Data 1. Insert a USB memory into the external memory connector (USB port) on the left side of the main unit. Open the external memory connector cover to access the USB port. 2. Select “Data Save / Setup Read” on the “Maintenance” to display the “Data Save / Setup Read”...
Page 118: Reading The Data
●Reading the Data 1. Insert a USB memory into the external memory connector (USB port) on the left side of the main unit. 2. Select “Data Save / Setup Read” on the “Maintenance” to display the “Data Save / Setup Read”...
Page 119: Nibp Maintenance
NIBP Maintenance Before conducting a test, connect a 500cc tank to the cuff hose. ●Pressure Inspection 1. Select "NIBP Maintenance" under the "Maintenance" menu. 2. Select "Pressure Inspection" when the "NIBP Maintenance" window is displayed. 3. Select "Pressure Inspection" when the "Pressure Inspection" window is displayed. －...
Page 120 4. Select “START/STOP”, then the LED on the key will light in green and the Pressure Inspection will be performed. Criteria : Make sure that the difference between the displayed pressure and the standard pressure gauge is within the criteria. Accuracy should be within ±3mmHg with the following measurement pressure 50, 100, 150, 200, 250, and 300mmHg.
Page 121: Inflation Test
●Inflation Test Pressure performance of the NIBP pump is tested. If the test result is “NG”, malfunction of the NIBP unit pump can be considered. 1. Select the “NIBP Maintenance” in the “Maintenance” to display the “NIBP Maintenance” window. 2. Select "Inflation Test" under the "NIBP Maintenance" window. 3.
Page 122: Air Leak Test
●Air Leak Test Test the air leak with the constant exhaust valve and rapid exhaust valve closed. If the test result is “NG”, malfunction of the NIBP constant exhaust valve or rapid exhaust valve can be considered. 1. Select the “NIBP Maintenance” in the “Maintenance” to display the “NIBP Maintenance” window.
Page 123: Fixed Speed Exhaust Test
●Fixed Speed Exhaust Test Exhaust speed control (fixed speed exhaust) of the constant exhaust valve is tested. If the test result is “NG”, malfunction of the constant exhaust valve can be considered. 1. Select the “NIBP Maintenance” in the “Maintenance” to display the “NIBP Maintenance” window.
Page 124: High Speed Exhaust Test
●High Speed Exhaust Test Exhaust speed control (high speed exhaust) of the constant exhaust valve is tested. If the test result is “NG”, malfunction of the constant exhaust valve can be considered. 1. Select the “NIBP Maintenance” in the “Maintenance” to display the “NIBP Maintenance” window.
Page 125: Rapid Exhaust Test
●Rapid Exhaust Test Exhaust control of the rapid exhaust valve is tested. If the test result is “NG”, malfunction of the NIBP unit rapid exhaust valve can be considered. 1. Select the “NIBP Maintenance” in the “Maintenance” to display the “NIBP Maintenance” window.
Page 126: System Error Log
System Error Log This is a log for development. 1. Select the “System Error Log” in the “Maintenance” to display the “System Error Log” window. Reset Error Log This is a log for development. 1. Select the "Reset Error Log" in the "Maintenance" to display the "Reset Error Log" window. －...
Page 127: Storage
Storage This section explains how to store the equipment and recording paper. Storing the Equipment Store in a place where the equipment will not be exposed to splashing water. Store in a place where the equipment will not be adversely affected by atmospheric pressure, temperature, humidity, ventilation, sunlight, dust or atmosphere containing salt or sulfur.
Page 128: Battery
Battery This section describes precautions for handling and storing the battery. Handling the Battery The battery can be continually used for more than 300 times (or about 1 year) under normal temperature, but the continuous use will degrade the battery and shorten the usable time. When the battery operation time becomes short even after it is fully charged, the battery needs to be replaced.
Page 129: Cleaning
Cleaning This section explains how to clean the equipment and sensors. Cleaning the Housing Clean the housing using tightly squeezed gauze or an absorbent cotton cloth dampened with alcohol or a neutral cleanser. Clean the equipment frequently so stains can be removed easily. To prevent injury, it is recommended to wear gloves when cleaning the equipment.
Page 130: Replacement Of The Nibp Unit
Replacement of the NIBP Unit ●Usable Life of the NIBP Unit The NIBP unit can measure approximately 100,000 times. Replace the NIBP unit to maintain proper function since the air may leak and the unit may not correctly function if the unit is used for a long time. ●Tool Phillips screwdriver (Large) ●Disassembling/Assembling...
Page 131 5. Secure the NIBP holder with the 4 screws. 6. Press the (Menu) key → select "Maintenance" → enter the password → select "Periodic Replacement Parts Information", and select [Reset] to reset the number of NIBP measurement on the "Periodic Replacement P arts Information"...
Page 132: Replacement Of The Battery
●Tool Phillips screwdriver (Large) ●How to Replace the Battery 1. As shown in the picture below, remove the screw on the rear of the DSL-8001 and then remove the battery cover. Battery Battery Cover Screw 2.
Page 133 Chapter 10 Periodic Check Maintenance Check··················································10-2 About the Maintenance Check ·····························10-2 ●Daily Check ·················································10-2 ●Periodic Check ············································10-2 Periodic Replacement ··········································10-2 Periodic Replacement Parts Information ··············10-2 Periodic Check ·····················································10- 4 ●Preface························································10- ●Service tools/Measurement Device ·············10- ●Periodic Check Item ····································10- ●Periodic Check Procedure···························10- ●Periodic Check List····································10- －...
Page 134: Maintenance Check
Following maintenance check items should be performed for this equipment. To ensure safety, reliability, and high performance, a “Daily Check” and “Periodic Check” must be performed. Please be aware that Fukuda Denshi is not liable of any accidents arising from lack of daily check. Do not open the main unit housing.
Page 135 Daily Check List Checked Date Checked by Location Device Type (DSL-8001/DSL-8001R) Serial No. Item Check Details Criteria Judgment External Visually check the connector No abnormality should be found. OK / NG for scratches, cracks, appearance deformation, and rust. Installation Check whether the unit is...
Page 136: Periodic Check
Periodic Check ●Preface The periodic check is intended to check the medical equipment used daily in a medical institution to prevent failures and accidents and to ensure safety and reliability. As these are general check procedures covering the whole monitoring equipment, perform the check procedure for the corresponded function of the equipment.
Page 137: Periodic Check Item
●Periodic Check Item This maintenance check items are as follows. Check Item Appearance Power Supply Display/Operation/Print Respiration Temperature Non-Invasive Blood Pressure Arterial Oxygen Saturation (SpO Electrical Safety ●Periodic Check Procedure Before the check procedure, back up the setup data and patient data on the C A U T I O N USB memory.
Page 138 Check Item Check Procedure Criteria 3 Display/Operation/Print Labels Visually check the Rating Label and Should be neither peeled nor Caution Label of this equipment. stained nor unclear. Operation, Switch Check by manipulating the operating Should operate correctly. switch and keys. Check that the home display is Characters and waveform displayed on the LCD.
Page 139 No Check Item Check Procedure Criteria 4 ECG Input Impedance Measure the input impedance with a Should be 2.5MΩ or more. *Note comprehensive tester. Comply with the test method of IEC60601-2-27. Suppression Input signals of 50Hz, 60Hz, and 20Vr.m.s Should be 10mmp-p or below Characteristic of from SG-2000, and measure swing of each for standard sensitivity...
Page 140 Check Item Check Procedure Criteria 5 Respiration Respiration display Input 0.5Hz sinusoidal wave whose base Displayed amplitude sensitivity resistance changes 1.5kΩ/1Ω using the should be within 10mm comprehensive tester or reference ±2mm. respiration signal generator and check the displayed amplitude. Respiration Rate Input the reference respiration signal with Measurement error...
Page 141 Check Item Check Procedure Criteria 9 Electrical Safety Earth Leakage Current Earth Leakage Measure normal earth leakage current (NC) ≤0.1mA Current (NC) using a leak measurement safety tester. Comply with the test method of IEC 60601-1 19. Earth Leakage Current Earth Leakage Measure single failure earth leakage (SFC) ≤0.5mA...
Page 142: Periodic Check List
●Periodic Check List Patient Monitor Periodic Check Report Check Date Periodic Check Contract Delivery Date Location □Yes　　□No Customer Code Month Model Name Serial No.: Product Code Next Check Date Acceptance Date Requests Judg Chec Chec Check Item Check Item Check Item Judge Judge Check...
Page 143 Chapter 11 Accessories Accessories ······························································ 11-2 Accessories ·························································· 11-2 Optional Accessories ···············································11-3 ECG, Impedance Respiration Measurement ········ 11-3 Non-Invasive Blood Pressure Measurement ········ 11-4 Temperature Measurement ·································· 11-4 Measurement (COVIDIEN) ························· 11-5 Others··································································· 11-5 －...
Page 144: Accessories
Accessories This section lists the accessories for the DSL-8001 system. Use only the accessories specified for this equipment. Otherwise, proper function cannot be executed. C A U T I O N For quality improvement, specifications are subject to change without prior notice.
Page 145: Optional Accessories
Optional Accessories The following products are available as optional accessories for the DS-8001. Purchase them as required. Use only the accessories specified for this equipment. Otherwise, proper function cannot be executed. Always use the specialized recording paper. Otherwise, expected printing C A U T I O N quality may not be obtained, or cause damage.
Page 146: Non-Invasive Blood Pressure Measurement
Non-Invasive Blood Pressure Measurement For Europe Item Model Type Note Adult Cuff (Large) CUF-7101 Width 17cm, Reusable Adult Cuff (Medium) CUF-7102A Width 14.5cm, Reusable Adult Cuff (Small) CUF-7103 Width 11cm, Reusable Pediatric Cuff CUF-7104 Width 10.5cm, Reusable Infant Cuff CUF-7105 Width 8.5cm, Reusable Air Hose (1.5m) General OA-80APL1.5...
Page 147 Measurement (COVIDIEN) Item Model Type Note ® Durasensor DS-100A ® OxiMax MAX-N MAXN (Box of 24) ® OxiMax MAX-I MAXI (Box of 24) ® OxiMax MAX-P MAXP (Box of 24) ® OxiMax MAX-A MAXA (Box of 24) ® OxiMax MAX-R MAXR (Box of 24) ®...
Page 148 Blank Page －...
Page 149 • The company and product names used in this manual are trademarks or registered trademarks. • If this manual has pages missing or out of order, contact Fukuda Denshi for replacement. • Only physician or persons instructed by physicians are allowed to use the equipment.
Page 150 3-39-4 Hongo, Bunkyo-ku, Tokyo, Japan Phone:+81-3-3815-2121 Fax:+81-3-3814-1222 Printed in Japan 4R0100780 201301...

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