Hioki SW9001 Instruction Manual Download

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Connecting the Connection Cable

CAUTION

TERMINAL 2

and

TERMINAL 3

are internally conducted. Do not connect the instrument

TERMINAL 2

and

TERMINAL 3

at the same time. Doing so may damage the

instrument.

TERMINAL 1

Turn off the device.

Connect the connection cable to

TERMINAL 1

Front

Red

Black

Connect the other end of the connection cable to the instrument.

TERMINAL 2

Turn off the device.

Connect the connection cable to

TERMINAL 2

Connect the connection cable so that the red



mark of the device and the



mark of the red

lead wire match and the black



mark of the device and the



mark of the black lead wire

match.

Front

Red

Black

Connect the other end of the connection cable to the instrument.

HIOKI SW1001A961-04

Summary of Contents for SW9001

Page 1: ...carefully before use Keep for future reference When using the instrument for the first time Troubleshooting Safety Information p 4 Maintenance and Service p 125 Measurement Flowchart p 12 Error displa...

Page 2: ...HIOKI SW1001A961 04...

Page 3: ...USB driver 64 Connecting the USB cable 65 Contents Introduction 1 Confirming Package Contents 2 Safety Information 4 Usage Notes 4 1 Overview 7 1 1 Overview of Product 7 1 2 Features 7 1 3 Parts Names...

Page 4: ...e RS 232C cable 66 Setting RS 232C communications 68 Setting the controller PC PLC etc 68 8 6 Communication Command Forwarding Function 69 8 7 Communication Method 71 Message format 71 Output queue an...

Page 5: ...als who use the product in question or who teach others to do so It is assumed that the reader possesses basic electrical knowledge equivalent to that of someone who graduated from the electrical prog...

Page 6: ...ng Precautions 0990A905 CD USB driver The latest version can be downloaded from our website Options The following options are available for the device Contact your authorized Hioki distributor or rese...

Page 7: ...less no measurement category Maximum rated voltage to earth 60 V DC or less no measurement category Maximum rated current 2 5 A peak Maximum rated current 2 A peak Model L4930 Connection Cable Set Len...

Page 8: ...re using the device the first time verify that it operates normally to ensure that no damage occurred during storage or shipping If you find any damage contact your authorized Hioki distributor or res...

Page 9: ...device with your hand to release static and then use antistatic gloves to perform procedures Hold the sheet metal area of the module Directly touching the board with your hand may damage the circuit b...

Page 10: ...ations cable is connected while such a potential difference exists it may result in device malfunction or failure Before connecting or disconnecting any communications cables always turn off the devic...

Page 11: ...al resistance When AC low resistance measurement is performed using the BT4560 Battery Impedance Meter or the BT3562A Battery HiTester the influence of electromagnetic induction eddy current on the me...

Page 12: ...6 3 3 REMOTE lamp Lights up when communications data is received p 86 4 4 TERMINAL 1 Used to connect a 2 wire instrument p 20 5 5 TERMINAL 2 Used to connect a 4 wire instrument p 20 6 6 TERMINAL 3 Use...

Page 13: ...switch Perform communication using fixed settings when the communication settings are unknown p 22 6 6 USB connector Used to connect the PC p 64 7 7 HOST RS 232C connector Used to connect the PC p 66...

Page 14: ...The configuration of this device is shown in the following block diagram PC PLC I F EXT I O Switch Mainframe Internal analog bus Terminal Module Instrument Measuring object Connection cable Measuremen...

Page 15: ...ermined based on the connection method p 27 Channel relay Switches the channel inside the module p 27 Bus relay Connects the measurement signal selected for the channel relay to the analog bus It is b...

Page 16: ...ecting the device and the external control device for scan measurement Connect the device to an external device such as a PLC using EXT I O p 49 Connecting the power cord p 23 Turning on the power p 2...

Page 17: ...g p 27 PC LAN USB RS 232C LAN USB RS 232C SW1001 Instrument Controlling an instrument via the device You can also use the device s functionality for forwarding communication commands to control instru...

Page 18: ...le communications interface by using the device s communication command forwarding function PC LAN USB RS 232C SW1001 Instrument RS 232C only INSTRUMENT connector EXT I O Connecting two instruments Yo...

Page 19: ...ps screwdriver No 2 antistatic gloves Front 1 1 Touch the GND terminal with bare hands 2 Wear antistatic gloves Rear 3 3 Turn off the device Front 4 Remove all the measurement cables connected to the...

Page 20: ...e back Screw 7 Tighten the two screws to secure the module in place 2 3 Removing the Module Required items Phillips screwdriver No 2 antistatic gloves Front 1 1 Touch the GND terminal with bare hands...

Page 21: ...and module To prevent electric shock and short circuit of the measuring object Screw 5 Loosen the two screws 6 Pull out the module Blank panel Screw M3 6 mm 7 Attach the blank panel and tighten the t...

Page 22: ...circuit Please provide a suitable measurement cable See 12 1 Measurement cable p 145 Measuring object Tip of the probe Disconnect Disconnect 1 Turn off the device 2 Disconnect the probe from the measu...

Page 23: ...nt Select the terminal and connection cable to be connected based on the instrument to be connected Instrument example Model Terminal Connection cable Connection method Module Voltmeter DM7276 TERMINA...

Page 24: ...le to TERMINAL 1 Front Red Black H L 3 Connect the other end of the connection cable to the instrument TERMINAL 2 1 Turn off the device 2 Connect the connection cable to TERMINAL 2 Connect the connect...

Page 25: ...ice 2 Align the grooves of the BNC connector with the connector guide of the device and insert the BNC connector 3 Turn the BNC connector to the right to lock it Device side Connector guide BNC connec...

Page 26: ...of USB RS 232C and LAN can be used Communications are performed using the specified communication settings USB No setting item RS 232C Transmission speed 9600 bps data bits 8 stop bit 1 parity check...

Page 27: ...ower cord to the power inlet 3 Connect the plug of the power cord to the outlet 2 8 Turning on off the Power Use the power switch on the rear of the device to turn on off the power Rear Power off Powe...

Page 28: ...s for each slot are saved with the settings backup command Shield switching Settings for each slot are saved with the settings backup command Scan settings Settings are saved with the settings backup...

Page 29: ...Check item Action Is the sheath of the power cord normal without any damage or exposed metal part Damage may cause an electric shock or a short circuit accident Do not use it Contact your authorized H...

Page 30: ...ically connected Continuity inspection points TERMINAL 1 H TERMINAL 1 L TERMINAL 2 SENSE H TERMINAL 2 SENSE L TERMINAL 2 SOURCE H TERMINAL 2 SOURCE L TERMINAL 3 SOURCE H shield TERMINAL 3 SOURCE L shi...

Page 31: ...Sense Source shield The sense shield for TERMINAL 3 BNC terminal is common short circuit for H and L The diagram for wire connection inside the module is conceptual and differs from the actual module...

Page 32: ...all the channels become open The shield wire is connected to the specified connection destination for each connection method If you wish to switch a channel to another terminal specify the connection...

Page 33: ...shield terminal TERMINAL 1 LOW terminal TERMINAL 3 sense shield terminal SW9002 Not connected GND TERMINAL 1 LOW terminal TERMINAL 3 sense shield terminal For the SW9001 the TERMINAL 1 LOW terminal TE...

Page 34: ...osed simultaneously Waiting for channel selection switching to complete Switching operation is triggered by the channel selection command You can verify whether channel switching operation has complet...

Page 35: ...ned the selected channel relay is closed break before make Channel switching cannot be overlapped make before break In channel switching within the same slot the bus relay is not opened and only the c...

Page 36: ...l to be used BT3562A Internal resistance SW9001 4 wire SLOT 1 CH1 TERMINAL 2 SLOT 1 CH2 SLOT 1 CH3 SLOT 1 CH8 DM7276 OCV SW9001 2 wire SLOT 1 CH12 TERMINAL 1 SLOT 1 CH13 SLOT 1 CH14 SLOT 1 CH19 2 Set...

Page 37: ...0 Receive measured values SW1001 CLOSE 113 Select the next CH13 4 wire CH2 sense Repeat until CH19 Example Measure the internal resistance of 8 batteries using BT3562A and measure the OCV using DM7276...

Page 38: ...CH1 SW1001 OPC Check that the channel relay has been closed SW1001 1 Receive a response 1 to the OPC query BT3562A READ Execute single measurement using BT3562A BT3562A 1 0258E 3 Receive measured val...

Page 39: ...able the IM3590 s trigger synchronous output function Use in combination with IM3590 Execute open correction and short correction to each channel you will use Error might occur to open correction and...

Page 40: ...able use a connector and terminal of a material with low thermoelectric voltage such as brass nickel plate pure copper gold plate etc Exercise care to keep the contact surface clean High resistance an...

Page 41: ...nd the measuring object Channel delay time setting example Model Delay time BT4560 1 ms BT3562A 10 ms 3561 3 ms DM7276 0 ms The channel delay time can be specified for each slot The same delay time is...

Page 42: ...38 Channel Delay Function HIOKI SW1001A961 04...

Page 43: ...output signal Instrument External trigger measurement executed SCAN input signal TRIG input EOM output EOM Measurement completion signal Set the instrument to the external trigger mode Channel switchi...

Page 44: ...n A trigger source for scan operation is set for STEP only Trigger source Scan operation STEP Scanning is started by the SCAN input signal or TRG command the first channel is closed Then the next scan...

Page 45: ...TRG Starts scanning and proceeds along the scan channels ABORt Aborts scan operation and returns to the beginning of the scan channel Setting example Executes scanning twice from CH1 of SLOT 1 to CH22...

Page 46: ...4 5 Resetting Scan Operation Scanning is reset and stopped by the SCAN_RESET signal of EXT I O or the communication ABORt command All channel relays are opened and goes back to the beginning of the sc...

Page 47: ...on is used Wiring diagram PC SW1001 TRIG BT3562A EOM USB RS 232C CLOSE SCAN BT3562A setting External trigger Set data output to on SW1001 setting Connection method 4 wire Scan list registration SW1001...

Page 48: ...44 Scan Measurement Example HIOKI SW1001A961 04...

Page 49: ...ked using the free software for the SW1001 series downloaded from our website Module information of each slot Slot position model serial number and opening closing frequency of each relay Use the info...

Page 50: ...46 Checking the Device Status HIOKI SW1001A961 04...

Page 51: ...I O CLOSE output signal OFF Connection method SW9001 2 wire SW9002 4 terminal pair Shield switching SW9001 TERMINAL 1 LOW terminal SW9002 TERMINAL 3 sense shield terminal Channel delay settings 0 0 s...

Page 52: ...48 Initialization Settings HIOKI SW1001A961 04...

Page 53: ...he common terminal for I O is shared The input circuit can be switched so that it can support sinking current output NPN or sourcing current output PNP Check the input output rating and internal circu...

Page 54: ...d The applicable PLC type can be changed using the EXT I O MODE change over switch It is set to NPN at the time of shipment EXT I O MODE change over switch settings NPN PNP Device input circuit Suppor...

Page 55: ...ustry Limited The connector frame is connected to the casing metal of the device as well as the protective ground terminal of the power inlet conductive Be aware that it is not isolated from the groun...

Page 56: ...stops scanning All channel relays are opened p 42 Output signal Signal name Description Reference CLOSE Outputs a pulse signal with the set pulse width when the channel relay is closed The signal will...

Page 57: ...l switching operation The scan input signal starts scanning and advances the scan channel ON OFF ON CLOSE SCAN T1 T2 ON ON ON T3 T4 T5 Enabled channel Relay operation Operation standby time Previous c...

Page 58: ...N ON OFF ON T6 Scan channel Channel n Channel n 1 Channel n 2 Open Scan stop Open Open Item Description Time T1 SCAN signal pulse width 1 ms or longer T2 Relay settling time when it is opened SW9001 5...

Page 59: ...ernal power to one pin This device 3 ISO_5 V 1 SCAN 6 SCAN_RESET 4 CLOSE 8 ISO_COM PLC etc Input Common 2 k 1 k 10 Zener voltage 30 V Internal isolated common It is isolated from the ground for the de...

Page 60: ...ing current output Input ON Residual voltage 1 V input ON current 4 mA reference value Input OFF OPEN interrupting current 100 A or less Output signal Output format Isolated open drain output using a...

Page 61: ...is device This device Input ISO_COM NPN This device This device Input Input PLC Output Output Common ISO_COM ISO_COM Common NPN PNP Connection to the switch Connection to the relay Connection to the P...

Page 62: ...This device Output 50 mA max ISO_COM Negative true logic output Output Output ISO_COM This device ISO_COM ISO_COM Common Common PLC Input Output 50 mA max Input Output 50 mA max PLC Connection to the...

Page 63: ...settings can be specified for each interface to be used however the communication setting mode should be selected if the present communication settings are unknown Fixed setting mode DFLT Communicatio...

Page 64: ...en the device can be controlled using the PC Networking the device and PC Perform one to one connection between the device and PC Hub Hub When a program is created and the device is connected to the c...

Page 65: ...Subnet mask ___ ___ ___ ___ Gateway Whether or not to use a gateway Use Not use IP address if used ___ ___ ___ ___ Set to 0 0 0 0 if not used Communication command port No to be used ___ Default sett...

Page 66: ...p 22 Setting items IP address An address to identify individual instruments that are connected on the network Be sure to set an address that does not overlap with other devices Subnet mask This setti...

Page 67: ...iring is susceptible to induced lighting which can cause damage to the device Recommended cable Model 9642 LAN cable optional 100BASE TX or 10BASE T compatible LAN cable straight cable and cross cable...

Page 68: ...ar on the screen to continue the installation Wait for a dialog box as it may take some time depending on the operation environment 4 Connect the device and PC using the LAN cable after the installati...

Page 69: ...ing the USB cable Thoroughly read Before connecting the communications cables p 6 beforehand Recommended cable Hioki model L1002 USB Cable A B Rear Type B USB interface of the PC 8 Communication Funct...

Page 70: ...Terminal block screw 4 40 The I O connector is DTE The device uses pin No 2 3 and 5 Other pins are not used Pin No Signal name Signal Remarks Common EIA JIS 1 DCD CF CD Data Carrier Detect Not connec...

Page 71: ...he device and the COM port of the PC Recommended cable Hioki modeI 9637 RS 232C cable 9pin 9pin 1 8 m Cross connections D sub 9 pin female Device side D sub 9 pin female PC side Pin No Pin No DCD 1 1...

Page 72: ...switch DFLT USER is set to DFLT the speed setting is fixed to 9600 bps regardless of the settings specified here See 2 6 Setting the Communication Setting Mode p 22 Setting the controller PC PLC etc B...

Page 73: ...NC RV Receiving method Specify a query by adding to the forward command s A string use double quotation marks for the transmit character string Example Send the query READ to the instrument and receiv...

Page 74: ...COMMunicate FORWard RS232C SPEED 9600 19200 38400 The speed can be selected from 9600 bps 19200 bps or 38400 bps The speed setting is immediately changed Other RS 232C communication parameters are fi...

Page 75: ...device PC Message format Program messages Program messages can be either command messages or query messages 1 Command messages Instructions to control the instrument such as to change or reset the in...

Page 76: ...T MOD DE 0 01 Error Response messages generated by the device are in long form and in uppercase letters Headers Headers must always be prefixed to program messages 1 Command program headers The follow...

Page 77: ...e ROUT CLOSE 101 OPC Semicolon When messages are combined in this way and if one command contains an error all subsequent messages up to the next terminator will be ignored A query error occurs if a q...

Page 78: ...numeric data Three formats are used for numeric data identified as NR1 NR2 and NR3 Numeric values may be signed or unsigned Unsigned numeric values are handled as positive values Values exceeding the...

Page 79: ...MODE 1 WIRE2 SYSTem MODule WIRE MODE 2 WIRE2 Compacted expression SYSTem MODule WIRE MODE 1 WIRE2 MODE 2 WIRE2 This portion becomes the current path and can be omitted from the messages immediately fo...

Page 80: ...cess of that length may result in the output buffer being cleared due to a query error When using the LAN or USB interface query operation will enter a wait state once the buffer is full and continue...

Page 81: ...it 2 bit 1 bit 0 ESB1 SRQ ESB MAV ESB0 ERR Unused Unused Status Byte Register STB MSS Logical sum bit 7 bit 6 bit 5 bit 4 bit 3 bit 2 bit 1 bit 0 ESB1 0 ESB MAV ESB0 ERR Unused Unused Service Request...

Page 82: ...Event Summary logical sum bit 1 This is the logical sum of the Standard Operation Register Bit 6 SRQ MSS Set to 1 when a service request is dispatched This is the logical sum of the other bits of the...

Page 83: ...ns the status of each bit when a query is received instead of the retained value Each bit is not cleared even if the query result is returned STATus OPERation CONDition When 1 is set for each bit the...

Page 84: ...hen a received command contains a syntactic or semantic error Program header error Incorrect number of data parameters Invalid parameter format Received a command not supported by the device Bit 4 EXE...

Page 85: ...tandard Event Status Register SESR and Standard Event Status Enable Register SESER bit 6 bit 5 bit 4 SRQ MSS ESB MAV Standard Event Status Register SESR bit 7 bit 6 bit 5 bit 4 bit 3 bit 2 bit 1 bit 0...

Page 86: ...Enable Register is set to 1 the following happens For Standard Operation Register Bit 7 ESB1 of the Status Byte Register is set to 1 For Status Query Register Bit 3 ESB0 of the Status Byte Register is...

Page 87: ...Unused Event Register of the Standard Operation Register Group STATus OPERation EVENt and Enable Register of the Standard Operation Register Group STATus OPERation ENABle Status Byte Register STB bit...

Page 88: ...e EVENt and Enable Register of the Status Query Register Group STATus QUEStionable ENABle Status Byte Register STB bit 4 bit 3 bit 2 MAV ESB0 ERR Event Register of the Status Query Register Group STAT...

Page 89: ...t Register of the Standard Operation Register Group event data STATus OPERation EVENt Enable Register of the Standard Operation Register Group STATus OPERation ENABle STATus OPERation ENABle Condition...

Page 90: ...ons range etc Output queue Input buffer Status Byte Register 1 Event Register 2 Enable Register Current path 1 All bits except the MAV bit are cleared 2 Except the PON bit bit 7 Remote state The devic...

Page 91: ...o 255 Queries the Service Request Enable Register SRER STB 0 to 255 Queries the Status Byte Register p 93 STATus OPERation CONDition 0 to 65535 Queries the Condition Register of the Standard Operation...

Page 92: ...e SHIeld Slot No OFF GND TERMinal1 TERMinal2 TERMinal3 T1T3 Queries the shield switching SYSTem MODule DELay Slot No Time MIN MAX DEF Sets the channel delay time p 98 SYSTem MODule DELay Slot No Time...

Page 93: ...ate LAN IPADdress IP address Queries the IP address SYSTem COMMunicate LAN SMASk Subnet mask 0 255 0 255 0 255 0 255 Sets the subnet mask p 104 SYSTem COMMunicate LAN SMASk Subnet mask Queries the sub...

Page 94: ...Integer data e g 12 23 34 NR2 Fixed point data e g 1 23 23 45 3 456 NR3 Floating point exponential representation data e g 1 0E 2 2 3E 4 2 2 Shows the command description 3 3 Shows the message syntax...

Page 95: ...off To save initialized settings execute the SYSTem BACKup command See Backing up settings p 105 Initiates a self test and queries the result Syntax Query TST Response PASS FAIL Description Performs...

Page 96: ...The next command does not execute until the present operation is completed however the ABORt and TRG commands are accepted Unlike OPC the Standard Event Status Register SESR is not set Everything els...

Page 97: ...set to a numerical value from 0 to 255 The initial value when the power is turned on is 0 Unused bits are always returned as 0 for a query 128 64 32 16 8 4 2 1 bit 7 bit 6 bit 5 bit 4 bit 3 bit 2 bit...

Page 98: ...standard operation register value Unused bits indicated in the following chart by return the value 0 bit 15 bit 14 bit 13 bit 12 bit 11 bit 10 bit 9 bit 8 ERR CLOSE REMOTE bit 7 bit 6 bit 5 bit 4 bit...

Page 99: ...in the following chart by return the value 0 bit 15 bit 14 bit 13 bit 12 bit 11 bit 10 bit 9 bit 8 INFO_ ERR bit 7 bit 6 bit 5 bit 4 bit 3 bit 2 bit 1 bit 0 BACKUP _ERR Example STAT QUES 256 A hardwar...

Page 100: ...example Model Terminal Connection cable SW9001 WIRE2 2 wire 22 Voltmeter DM7276 TERMINAL 1 L4930 WIRE4 4 wire 11 Battery tester BT3562A TERMINAL 2 L2108 Resistance Meter RM3545 SW9002 WIRE2 2 wire 6...

Page 101: ...nnected GND GND TERMinal1 TERMINAL 1 LOW terminal TERMinal2 TERMINAL 2 TERMINAL 3 source LOW terminal TERMinal3 TERMINAL 3 sense shield terminal T1T3 TERMINAL 1 LOW terminal TERMINAL 3 sense shield te...

Page 102: ...Description Opens all channels You can use the OPC query to check whether close operation has completed Example Command OPEN Note Executing this command while scan operation is in progress will cause...

Page 103: ...103 201 and then 202 Note An execution error occurs during scan operation command Adding to the scan list Syntax Command ROUTe SCAN ADD Channel list Channel list Specify the channel list in the follow...

Page 104: ...the TRG command or EXT I O SCAN signal Description Sets the trigger source for scan operation Example TRIG SOUR STEP This setting configures scan operation in which the step is incremented with each...

Page 105: ...DEF 10 Description Sets the communication timeout period for a response when a query is forwarded Example SYST COMM FORW TIM 5 Set the query forward timeout period to 5 seconds SYST COMM FORW TIM 30 T...

Page 106: ...ax Command IO FILTer TIME 0 05 0 50 MIN MAX DEF Query IO FILTer TIME Response 0 05 to 0 50 NR2 s MIN 0 05 MAX 0 50 DEF 0 05 Description Sets the filter time Example IO FILT TIME 0 1 Set the filter tim...

Page 107: ...is executed When the communication setting mode switch DFLT USER is set to DFLT the port No is fixed to 23 regardless of the settings specified here The query returns the set value regardless of the...

Page 108: ...the existing network specify the LAN settings via USB or RS 232C in advance If a wrong IP address or overlapping IP address is used a problem may arise with the existing network An execution error occ...

Page 109: ...eturns the MAC address of the device Example SYST COMM LAN MAC 00 01 67 00 00 00 10 System information Backing up settings Syntax Command SYSTem BACKup Description Stores the hardware settings in the...

Page 110: ...t Description Resets the device to its initial state See 6 1 Initialization Settings p 47 The operation is the same for SYSTem PRESet and STATus PRESet Example SYST PRES Note The communication conditi...

Page 111: ...c 2013 Using Visual Basic 5 0 or 6 0 These sample programs are created with Visual Basic 5 0 and 6 0 The following are used for communication For RS 232C USB communication Visual Basic Professional MS...

Page 112: ...T MOD WIRE MODE 1 WIRE2 Configure SLOT1 as a 2 wire connection SendCommand MSComm1 OPC Wait for the operation to complete ReceiveCOM MSComm1 For unit_no 1 To 1 For ch_no 1 To 22 ch_str Format unit_no...

Page 113: ...urn off the continuous measurement of BT3562A i 0 For unit_no 1 To 1 For ch_no 1 To 11 ch_str Format unit_no 00 Format ch_no 00 Create a string to specify the channel SendCommand MSComm1 CLOS ch_str C...

Page 114: ...alse MSComm2 PortOpen False MSComm3 PortOpen False End Sub Send to the specified COM port Private Sub SendCommand comport As MSComm cmdstr As String comport InBufferCount 0 comport Output cmdstr vbCrL...

Page 115: ...edure may differ slightly from the one described here depending on the environment of the PC and Visual Basic 2013 For a detailed explanation on how to use Visual Basic 2013 refer to the instruction m...

Page 116: ...on 1 Click Button under Common Controls of Toolbox 1 1 2 2 2 Drag and drop the button onto the form layout screen 3 Change Text to Start Measurement under Properties The Start Measurement button is pl...

Page 117: ...113 Sample Programs 3 Describing the code 1 Double click the placed button The code editor appears 2 Enter the sample program into the code editor 8 Communication Function HIOKI SW1001A961 04...

Page 118: ...114 Sample Programs 3 Select FILE Save All HIOKI SW1001A961 04...

Page 119: ...COM3 sp1 New System IO Ports SerialPort COM3 9600 Parity None 8 StopBits One sp1 NewLine vbCrLf sp1 ReadTimeout 1000 Connect the DM7276 to COM4 sp2 New System IO Ports SerialPort COM4 9600 Parity Non...

Page 120: ...116 Sample Programs Open all relays after the scan completes sp1 WriteLine OPEN writer1 Close sp1 Close sp2 Close sp1 Dispose sp2 Dispose End Sub End Class HIOKI SW1001A961 04...

Page 121: ...Ports SerialPort COM4 9600 Parity None 8 StopBits One sp2 NewLine vbCrLf sp2 ReadTimeout 1000 Connect the DM7276 to COM5 sp3 New System IO Ports SerialPort COM5 9600 Parity None 8 StopBits One sp3 Ne...

Page 122: ...1 WriteLine CLOS ch_str sp1 WriteLine OPC sp1 ReadLine Send the one time measurement command to the DM7276 and receive the measured value sp3 WriteLine READ ocv_str i sp3 ReadLine i i 1 Next Next Open...

Page 123: ...er supply Commercial power supply Rated supply voltage 100 V to 240 V AC Voltage fluctuations of 10 from the rated supply voltage are taken into account Rated supply frequency 50 Hz 60 Hz Anticipated...

Page 124: ...lection based on the module and connection method Terminal BNC receptacle 4 4 terminal pair Banana terminal receptacle 4 4 wire Banana terminal receptacle 2 2 wire Maximum input voltage 60 V DC 30 V A...

Page 125: ...RMINAL 1 LOW terminal 2 wire TERMINAL 2 source LOW terminal only for model SW9001 TERMINAL 3 sense shield terminal 4 terminal pair GND 4 wire TERMINAL 1 LOW terminal TERMINAL 3 sense shield terminal o...

Page 126: ...switch is toggled Fixed setting mode DFLT Communications can be performed via all LAN USB and RS 232C interfaces The LAN interface is set to the fixed setting mode The USB interface and RS 232C inter...

Page 127: ...None Communication command port number 23 Fixed setting mode IP address 192 168 0 254 Subnet mask 255 255 255 0 Default gateway 0 0 0 0 None Communication command port number 23 Delimiter Sending CR...

Page 128: ...pting current 100 A or less Response time ON edge Maximum 0 1 ms OFF edge Maximum 1 0 ms Input signal SCAN SCAN_RESET Output Electrical specifications Insulation Photocoupler isolated open drain outpu...

Page 129: ...cable between the device and instrument p 19 The module connection method is set incorrectly Check the terminal to be connected to the instrument and select the correct connection method p 19 p 28 Com...

Page 130: ...R lamp is lit Command error Check the send command character string Check that the parameters are correct p 71 Execution error Some commands cannot be used during scan operation Check that those comma...

Page 131: ...hardware information Repair is necessary 315 Setting backup lost Corrupt settings backup data 330 Self test failed Error during self test 360 Communication error Communications error Check the communi...

Page 132: ...ing lifetime of the parts varies depending on the operating environment and frequency of use Parts are not guaranteed to operate throughout the recommended replacement cycle Part name Recommended repl...

Page 133: ...ecifications General Specifications Operating environment Indoor pollution degree 2 altitude up to 2000 m 6562 ft Operating temperature and humidity Temperature 0 C to 40 C 32 F to 104 F Humidity 80 R...

Page 134: ...HIGH and LOW 1 G or more Between channels 1 G or more Between channel and ground 1 G or more Capacitance 2 Channel between HIGH and LOW Less than 3000 pF Between channels Less than 100 pF Between cha...

Page 135: ...easurement influence 3 Combination measurement influence BT3561A BT3562A BT3563A BT3562 and BT3563 connected using L2108 Range Measurement influence Conditions remarks R 3 m 0 1 f s R 30 m to 300 0 03...

Page 136: ...0 004 0 003 0 004 0 450 0 004 0 330 Low 0 004 0 060 0 004 0 008 100 0 003 0 023 0 003 0 011 High 0 003 0 020 0 003 0 003 0 004 0 065 0 004 0 065 Low 0 004 0 012 0 004 0 004 1000 0 003 0 020 0 003 0 0...

Page 137: ...SENSE TERMINAL 2 3 SENSE TERMINAL 2 3 SOURCE TERMINAL 3 SOURCE SHIELD TERMINAL 1 SENSE SHIELD BT3562A Chassis TERMINAL 3 SENSE SHIELD SW9001 Multiplexer Module 2 Wire 22CH 4 Wire 11CH DM7276 SENSE 2W...

Page 138: ...30 CH6 L 47 CH7 L 13 CH6 H 29 CH5 H 46 CH5 L 12 CH4 H 28 CH3 L 45 CH4 L 11 CH3 H 27 CH2 H 44 CH2 L 10 CH1 H 26 Shield 43 CH1 L 9 Shield 25 CH22 H 42 CH22 L 8 CH21 H 24 CH20 L 41 CH21 L 7 CH20 H 23 CH1...

Page 139: ...H 28 Source CH3 L 45 Source CH4 L 11 Source CH3 H 27 Source CH2 H 44 Source CH2 L 10 Source CH1 H 26 Shield 43 Source CH1 L 9 Shield 25 Sense CH11 H 42 Sense CH11 L 8 Sense CH10 H 24 Sense CH9 L 41 Se...

Page 140: ...e SYSTem MODule COUNt p 88 Relays are identified by number alone Relay 1 through Relay 31 Correspondence of module relays and relay numbers SW9001 Relay 1 Relay 2 Relay 3 Relay 4 Relay 5 Relay 6 Relay...

Page 141: ...cations General Specifications Operating environment Indoor pollution degree 2 altitude up to 2000 m 6562 ft Operating temperature and humidity Temperature 0 C to 40 C 32 F to 104 F Humidity 80 RH or...

Page 142: ...annel between HIGH and LOW 1 G or more Between channels 1 G or more Between channel and ground 1 G or more Capacitance 2 Channel between HIGH and LOW Less than 100 pF when connected to BT4560 IM3590 3...

Page 143: ...uency range 0 1 Hz to 100 Hz Frequency range 110 Hz to 1050 Hz 3 m R 0 05 f s 0 1 f s 3 m X 0 1 f s 1 0 f s 10 m R 0 015 f s 0 03 f s 10 m X 0 03 f s 0 3 f s 100 m R 0 01 f s 0 01 f s 100 m X 0 015 f...

Page 144: ...H L H L H L H L H L H L H L H L SENSE SOURCE RETURN SENSE SENSE SHIELD L SENSE SHIELD Chassis Sense Shield SW9002 Multiplexer Module 4 Terminal Pair 6CH BT4560 TERMINAL 2 3 SENSE DM7276 SENSE CH1 CH6...

Page 145: ...CH1 H 31 Return CH1 H 12 Source CH2 H 30 Return CH2 H 11 Source CH3 H 29 Return CH3 H 10 Source CH4 H 28 Return CH4 H 9 Source CH5 H 27 Return CH5 H 8 Source CH6 H 26 Return CH6 H 7 Shield 25 Sense CH...

Page 146: ...y opening closing frequency use SYSTem MODule COUNt p 88 Relays are identified by number alone Relay 1 through Relay 22 Correspondence of module relays and relay numbers SW9002 Relay 1 Relay 1 Relay 2...

Page 147: ...see the module s specifications SW9001 Measurement influence p 131 SW9002 Measurement influence p 139 Below shows an example of accuracy calculation Example 1 Use of the device in combination with the...

Page 148: ...al error Example 3 Use of the device in combination with the DM7276 Used module SW9001 Instrument DM7276 V function 100 mV range sampling MEDIUM Measurement value 100 mV Voltage measurement accuracy D...

Page 149: ...L 19 CH13 H 36 CH13 L 2 CH12 H 35 CH12 L 17 26 9 1 18 34 Twisted pair Twisted pair Twisted pair Twisted pair Twisted pair Shield Twisted pair Twisted pair Twisted pair Twisted pair Twisted pair Twiste...

Page 150: ...le Label letter 33 CH11 SRC H 50 CH11 SRC L 25 CH11 SNS H 42 CH11 SNS L 16 CH10 SRC H 49 CH10 SRC L 8 CH10 SNS H 41 CH10 SNS L 15 CH9 SRC H 32 CH9 SRC L 7 CH9 SNS H 24 CH9 SNS L 31 CH8 SRC H 48 CH8 SR...

Page 151: ...Female 2700 mm Recommended cable length of less than 3 m Marked tube Black letter white background Shield Core wire Shield Core wire Shield Core wire Shield Core wire Shield Core wire Shield Core wire...

Page 152: ...ated with a large current flowing also when the measuring object or instrument to be connected is capacitive When relay contact welding occurs the measuring object may be shorted Periodic inspection i...

Page 153: ...GH and LOW for each channel input to prevent possible risks if a high current flows through the circuit due to relay contact welding Module Channel Rated current Fusing current SW9001 All channels 1 6...

Page 154: ...that are originally installed Side M3 6 mm when the rack mount bracket is attached M3 8 mm If you have lost a screw or find that a screw is damaged please contact your authorized Hioki distributor or...

Page 155: ...151 Rack Mount For SW1001 JIS 215 480 460 4 R3 149 100 132 12 C2 C L C L 2 3 3 112 130 10 20 2 C2 C L 2 3 Unit mm Material Cold reduced carbon steel sheet Thickness 2 3 12 Appendix HIOKI SW1001A961 04...

Page 156: ...152 Rack Mount For SW1002 EIA Unit mm Material Cold reduced carbon steel sheet Thickness 2 3 2 R3 5 10 25 132 57 15 6 C2 2 3 20 2 3 5 10 10 10 2 C2 C L C L HIOKI SW1001A961 04...

Page 157: ...153 Rack Mount For SW1002 JIS 430 480 460 4 R3 149 100 132 12 C2 C L C L 2 3 3 112 130 10 20 2 C2 C L 2 3 Unit mm Material Cold reduced carbon steel sheet Thickness 2 3 12 Appendix HIOKI SW1001A961 04...

Page 158: ...m the bottom 2 Remove the screws on the left and right sides shown in the figure two screws each toward the front Rack mount bracket EIA JIS 3 Attach the rack mount bracket Use M3 8 screws on the left...

Page 159: ...mer Attachment procedure Example SW1001 1 Remove the four screws shown in the figure and remove the rubber feet from the bottom 2 Remove the screws on the left and right sides shown in the figure thre...

Page 160: ...156 Outline Drawings 12 4 Outline Drawings SW1001 Unit mm Tolerance 0 2 HIOKI SW1001A961 04...

Page 161: ...157 Outline Drawings SW1002 Unit mm Tolerance 0 2 12 Appendix HIOKI SW1001A961 04...

Page 162: ...158 Outline Drawings HIOKI SW1001A961 04...

Page 163: ...he distribution 3 The name of the author may not be used to endorse or promote products derived from this software without specific prior written permission THIS SOFTWARE IS PROVIDED BY THE AUTHOR AS...

Page 164: ...160 HIOKI SW1001A961 04...

Page 165: ...isplay and troubleshooting 126 Error information 100 Error number 127 Ethernet 60 Event Registers 77 External control 49 External trigger 39 EXT I O MODE 9 50 EXT I O MODE change over switch 9 50 EXT...

Page 166: ...ns 2 Outline drawings 156 Output queue 76 Output signal 52 P PNP 49 50 Port No 62 Power supply Off 23 On 23 Power switch 9 Q Query 71 R Rack mount 150 Relay contact welding 26 Relay opening closing fr...

Page 167: ...HIOKI SW1001A961 04...

Page 168: ...HIOKI SW1001A961 04...

Page 169: ...HIOKI SW1001A961 04...

Page 170: ...carefully before use Keep for future reference When using the instrument for the first time Troubleshooting Safety Information p 4 Maintenance and Service p 125 Measurement Flowchart p 12 Error displa...

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