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Summary of Contents for Matsusada Precision RE Series
- Page 1 Instruction Manual RE/REH/RF series MODEL LGb/LGob/LUs1 option RE Series –LGb option RE Series –LGob option REH Series –LGob option RF Series –LGob option RE Series –LUs1 option RF Series –LUs1 option *105.9.261* B/N 105.9.261 Rev 0.6...
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Page 3: Table Of Contents
３-４ Opto-electronic conversion module, RE/REH Series –LGob option ......7 ３-５ Opto-electronic conversion module, RF Series –LGob option ........8 ３-６ RE Series – LUs1 option ..................9 ３-７ RF Series – LUs1 option ................... 9 ４ Overview ........................10 ４-１... - Page 4 ６-５ RS-232C module + RF Series –LGob option ............24 ６-６ RE Series –LUs1 option ..................26 ６-７ RF Series –LUs1 option ..................27 ７ Command ........................28 ７-１ Command list ......................28 ７-２ Reference ......................29 CH0 command ......................29 CH1 command ......................
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Page 5: １ Introduction
１ Introduction １ Introduction １-１ Introduction Thank you very much for your purchase of our product unit. We have done our best to exercise quality control of out products. Please handle this unit property according to this instruction manual so that you can display the full capacity of this unit, operate it smoothly in high efficiency for many years and safely. -
Page 6: ２ Exterior View Diagram
２ Exterior view diagram ２ Exterior view diagram ２-１ RE Series –LGb option RE Series -LGb option Rear panel IEEE-488 ADDRESS ① ② ① IEEE-488 connector ② Address switch ２-２ RE/REH Series –LGob option RE/REH Series –LGob option Rear panel... -
Page 7: Re Series -Lus1 Option
２ Exterior view diagram ２-４ RE Series –LUs1 option RE Series –LUs1 Rear panel ① ① USB connector ２-５ RF Series –LUs1 option RF Series –LUs1 option Rear panel OUTPUT ① USB connector ①... -
Page 8: ３ Connection
３ Connection ３ Connection ３-１ RE Series –LGb option GPIB cable GPIB controller RE Series –LGb option Rear panel IEEE-488 ADDRESS... -
Page 9: Co-G32, Re/Reh Series -Lgob Option
３-２ CO-G32, RE/REH Series –LGob option CO-G32 Rear panel GPIB cable GPIB controller INPUT AC Optical fiber cable 2[m] RE Series –LGob option Rear panel RE/REH Series –LGob option Rear panel UNIT RE Series –LGob option Rear panel RE/REH Series –LGob option Rear panel UNIT... -
Page 10: Co-G32, Rf Series -Lgob Option
３ Connection ３-３ CO-G32, RF Series –LGob option CO-G32 Rear panel GPIB cable GPIB controller INPUT AC RF Series –LGob option Rear panel Optical fiber cable 2[m] OUTPUT UNIT Up to 32 units can be connected RF Series -LGob option Rear panel OUTPUT NOTE ・... -
Page 11: Opto-Electronic Conversion Module, Re/Reh Series -Lgob Option
RS-232C controller/ Optical fiber cable 2[m] RS-485 controller AC Adapter RE/REH Series –LGob option Rear panel RE Series –LGob option Rear panel UNIT RE Series –LGob option Rear panel RE/REH Series –LGob option Rear panel UNIT Up to 32 units can be connected NOTE ・... -
Page 12: Opto-Electronic Conversion Module, Rf Series -Lgob Option
３ Connection ３-５ Opto-electronic conversion module, RF Series –LGob option RF Series –LGob option Rear panel Opto-electronic conversion module OUTPUT Optical fiber cable 2[m] UNIT RS-232C controller/ RS-485 controller ＡＣ Adapter Up to 32 units can be connected RF Series –LGob option Rear panel OUTPUT UNIT NOTE... -
Page 13: Re Series - Lus1 Option
３ Connection ３-６ RE Series – LUs1 option USB cable USB controller RE Series –LUs1 option Rear panel ３-７ RF Series – LUs1 option USB cable RF Series –LUs1 option Rear panel USB controller OUTPUT... -
Page 14: ４ Overview
② Program output to on or off ③ Measure output of both voltage and current(12 bit) ④ When power supply is in FAULT condition, it send SRQ(RE Series –LGb option) ⑤ With one device address, assign up to 32 units ４-２... -
Page 15: Settings Unit Number And Upper Connection For Co Series
４ Overview ４-３ Settings unit number and upper connection for CO Series On the rear panel of RE/REH Series –LGob option or RF Series –LGob option there is an eight DIL switch labeled "UNIT". The desired unit number is set with this DIL switch from S1 to S5 in the binary format. -
Page 16: Settings Of Opto-Electronics Conversion Module
４ Overview ４-４ Settings of Opto-electronics conversion module (applicable only to Opto-electronics conversion module) RS-232C With this module connection, 3 RS-232C signals of TxD, RxD and GND is used for communication. Referring to the following sketches, properly connect the RS-232C module with controller(e.g. - Page 17 ４ Overview RS-485 With this module connection, 5 RS-485 signals of TxD+, TxD-, RxD+, RxD- and GND are used for communication. Referring to the following sketches, properly connect the RS-485 module with controller(e.g. PC). Pin 4 and 5, 8 and 20 are tied together inside. Pin # Data direction TxD+ (output)
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Page 18: ５ Programming
５ Programming ５ Programming ５-１ Syntax For example, it makes the unit number 1 to a maximum of rated voltage as following. FFFF ① Delimiter ② Parameter ③ Command ④ Unit number ① Input delimiter. GPIB refer Section 4-2 RS-232C or RS-485 or USB CR(0D ②... -
Page 19: Character Set For The Command
５ Programming ５-３ Character set for the command ・ Command string does not accept to use the characters with the part in the following table. ・ Command string accepts to use both LF (0A ) and CR (0D ) for only delimiter ・... -
Page 20: ６ Getting Started
・ Do not connect any load to power supply before “Operation verification” is done. ①Set GPIB address and delimiter With the switch labeled ADDRESS on the rear of RE Series, set GPIB address and delimiter. (See Section “４-２ Settings address and delimiter for GPIB”.) ②Connect to GPIB Connect IEEE-488 connector and GPIB controller(e.g.PC) with GPIB cable(available... - Page 21 ６ Getting started ⑧Stop output of RE power supply Send a command string “SW0” from the controller. The red indicator (OUTPUT LED) turns off with RE power supply, and the red indicator (LSN LED) blinks. ⑨Turn off the power of RE power supply Turn off the power switch of RE power supply.
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Page 22: Co-G32 + Re/Reh Series -Lgob Option
６ Getting started ６-２ CO-G32 + RE/REH Series -LGob option Control a RE/REH power supply connected with CO-G32 via GPIB CAUTION ・In this process actual output voltage to be generated. ・ Do not connect any load to power supply before “Operation verification”... - Page 23 ６ Getting started ⑧Set RE/REH power supply to be ready for remote control Send a command string “#1 REN” from the controller. The red indicator (REN LED) lights up with RE/REH power supply, and the red indicator (LSN LED) blinks. (See Section “７...
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Page 24: Co-G32 + Rf Series -Lgob Option
６ Getting started ６-３ CO-G32 + RF Series -LGob option Control a RF power supply connected with CO-G32 via GPIB CAUTION ・In this process actual output voltage to be generated. ・ Do not connect any load to power supply before “Operation verification”... - Page 25 ６ Getting started ⑧Set RF power supply to be ready for remote control Send a command string “#1 REN” from the controller. The red indicator (REN LED) lights up with RF power supply. (See Section “７ Command”) ⑨Set RF power supply to be enable output Send command strings “#1 ICN 100”, “#1 OVP 100”...
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Page 26: Rs-232C Module + Re/Reh Series -Lgob Option
６ Getting started ６-４ RS-232C module + RE/REH Series –LGob option Control a RE/REH power supply connected with RS module via RS-232C CAUTION ・In this process actual output voltage to be generated. ・ Do not connect any load to power supply before “Operation verification”... - Page 27 ６ Getting started ⑧Control the voltage of RE/REH power supply and generate output Send a command string “#1 VCN xxxx” from the controller. (See Section “ ７ Command”) ⑨Stop output of RE/REH power supply Send a command string “#1 SW0” from the controller. The red indicator (OUTPUT LED) turns off with RE/REH power supply, and the red indicator (LSN LED) blinks.
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Page 28: Rs-232C Module + Rf Series -Lgob Option
６ Getting started ６-５ RS-232C module + RF Series –LGob option Control a RF power supply connected with RS module via RS-232C CAUTION ・In this process actual output voltage to be generated. ・ Do not connect any load to power supply before “Operation verification”... - Page 29 ６ Getting started ⑧Control the voltage of RF power supply and generate output Send a command string “#1 VCN xxxx” from the controller. (See Section “ ７ Command”) ⑨Stop output of RF power supply Send a command string “#1 SW0” from the controller. The red indicator (OUTPUT LED) turns off with RF power supply.
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Page 30: Re Series -Lus1 Option
・ Do not connect any load to power supply before “Operation verification” is done. ①Connect RE Series with USB controller Connect RE Series with USB controller(e.g.PC) using USB cable. ②Turn on the power Turn on the power switch of RE power supply. -
Page 31: Rf Series -Lus1 Option
６ Getting started ６-７ RF Series –LUs1 option Control RF Series via USB CAUTION ・In this process actual output voltage to be generated. ・ Do not connect any load to power supply before “Operation verification” is done. ①Connect RF Series with USB controller Connect RF Series with USB controller(e.g.PC) using USB cable. -
Page 32: ７ Command
７ Command ７ Command ７-１ Command list table 2 Command list Mode Command Function Page Write Output CH0 Set output voltage (HEX mode) Set output current (HEX mode) Set over voltage (HEX mode) Set under voltage (HEX mode) Set under current (HEX mode) Set output voltage (percent mode) Set output current (percent mode) Set over voltage (percent mode) -
Page 33: Reference
７ Command ７-２ Reference CH0 command This command programs output voltage of power supply with hexadecimal format. （Syntax） ① CH0 FFFF A maximum of rated output voltage ② CH0 7FFF A half of rated output voltage Same as “CH0 00F0” ③... -
Page 34: Ch3 Command
７ Command CH3 command This command programs under voltage of power supply with hexadecimal format. （Syntax） ① CH3 FFFF A maximum of rated under voltage ② CH3 7FFF A half of rated under voltage Same as “CH3 00F0” ③ CH3 F0 ④... -
Page 35: Icn Command
７ Command ICN command This command programs output current of power supply with percentage of the rated. （Syntax） ① ICN 100 A maximum of rated output current ② ICN 12.34 12.34% of rated output current ③ ICN 123.4 Output current is not changed Same as “ICN12.34”... -
Page 36: Uc Command
７ Command UC command This command programs under current of power supply with percentage of the rated. （Syntax） ① UC 100 A maximum of rated under current ② UC 12.34 12.34% of rated under current ③ UC 123.4 Under current is not changed Same as “UC 12.34”... -
Page 37: Srq Command
It makes CO-G32 enable to valid for “service request” that SRQ ON （Description） command is sent from the controller. Power supply SRQ Condition RE Series Fault RF Series In case RS module is used instead of CO-G32, this command will be ignored. In such case controller receives “!”(21... -
Page 38: Im Command
（Return） ① CO RM CV Unit is in the status of output enable, remote enable and CV mode. (RE Series -LGb option, -LUs1 option) ② #1 CO RM CV Unit1 is in the status of output enable, remote enable and CV mode. -
Page 39: Ch0? Command
７ Command CH0? command This command allows receiving the setting value of output voltage with hexadecimal format. （Syntax） CH0? （Return） ① CH0=FFFFH Output voltage is set to a maximum of the rated ② CH0=7FFFH Output voltage is set to a half of the rated （Description）... -
Page 40: Ch4? Command
７ Command CH4? command This command allows receiving the setting value of under current with hexadecimal format. （Syntax） CH4? （Return） ① CH4=FFFFH Under current is set to a maximum of the rated ② CH4=7FFFH Under current is set to a half of the rated （Description）... -
Page 41: Uv? Command
７ Command UV? command This command allows receiving the setting value of under voltage with percentage of the rated. （Syntax） UV? （Return） ① UV=100.0 Under voltage is set to a maximum of the rated ② UV=12.34 Under voltage is set to 12.34% of the rated （Description）...
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