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  • RE series | DC power supply Rackmount | Matsusada Precision
  • RE series | DC power supply Rackmount | Matsusada Precision

Ultra Low Profile and High Power! Programmable DC Power Supply

  • Output voltage: 10V to 650V
  • Output current: 1.2A to 1200A
  • Output power: 0.75kW to 15kW
  • Wide selection of models
UL marking (For some models)

The RE Series is a family of compact, high-power, and highly efficient programmable DC power supplies, made possible by our proprietary switching technology.

With minimal heat dissipation and a footprint up to 1/10th the size and 1/20th the weight of conventional power supplies, the RE series enables high-density mounting. Its low power consumption reduces operating costs and supports environmental sustainability.
Extensive remote control and monitoring functions are included as standard. An optional digital interface allows for seamless integration into a wide range of systems. Select the ideal model for your application from a comprehensive range of over 140 models, with outputs ranging from 10 V to 650 V and 0.75 kW to 15 kW.
Power is expandable up to 60 kW with the master-slave feature. (UL Certified)

FEATURES AND BENEFITS

  • Analog control/High power DC power supplies
  • Digital control available via various interfaces
  • Wide selection of models

Models

UL marking CERTIFIED MODELS (Options cannot be added.)

Model Maximum Output Ripple *1 Ripple *2 Input voltage
Voltage Current Power [mVrms] [mArms]
RE10-75-L(100V)-UL 10 V 75 A 0.75 kW 10 mVrms 150 mArms 100 V
RE10-75-L(200V)-UL 75 A 0.75 kW 10 mVrms 150 mArms 200 V
RE10-110-L(100V)-UL 110 A 1.1 kW 10 mVrms 220 mArms 100 V
RE10-110-L(200V)-UL 110 A 1.1 kW 10 mVrms 220 mArms 200 V
RE15-50-L(100V)-UL 15 V 50 A 0.75 kW 10 mVrms 100 mArms 100 V
RE15-50-L(200V)-UL 50 A 0.75 kW 10 mVrms 100 mArms 200 V
RE15-80-L(100V)-UL 80 A 1.2 kW 10 mVrms 160 mArms 100 V
RE15-80-L(200V)-UL 80 A 1.2 kW 10 mVrms 160 mArms 200 V
RE20-38-L(100V)-UL 20 V 38 A 0.76 kW 10 mVrms 80 mArms 100 V
RE20-38-L(200V)-UL 38 A 0.76 kW 10 mVrms 80 mArms 200 V
RE20-60-L(100V)-UL 60 A 1.2 kW 10 mVrms 120 mArms 100 V
RE20-60-L(200V)-UL 60 A 1.2 kW 10 mVrms 120 mArms 200 V
RE30-25-L(100V)-UL 30 V 25 A 0.75 kW 10 mVrms 50 mArms 100 V
RE30-25-L(200V)-UL 25 A 0.75 kW 10 mVrms 50 mArms 200 V
RE30-40-L(100V)-UL 40 A 1.2 kW 15 mVrms 80 mArms 100 V
RE30-40-L(200V)-UL 40 A 1.2 kW 15 mVrms 80 mArms 200 V
RE35-22-L(100V)-UL 35 V 22 A 0.77 kW 10 mVrms 50 mArms 100 V
RE35-22-L(200V)-UL 22 A 0.77 kW 10 mVrms 50 mArms 200 V
RE35-34-L(100V)-UL 34 A 1.2 kW 10 mVrms 70 mArms 100 V
RE35-34-L(200V)-UL 34 A 1.2 kW 10 mVrms 70 mArms 200 V
RE45-17-L(100V)-UL 45 V 17 A 0.765 kW 18 mVrms 40 mArms 100 V
RE45-17-L(200V)-UL 17 A 0.765 kW 18 mVrms 40 mArms 200 V
RE45-27-L(100V)-UL 27 A 1.2 kW 18 mVrms 60 mArms 100 V
RE45-27-L(200V)-UL 27 A 1.2 kW 18 mVrms 60 mArms 200 V
RE60-12.5-L(100V)-UL 60 V 12.5 A 0.75 kW 20 mVrms 25 mArms 100 V
RE60-12.5-L(200V)-UL 12.5 A 0.75 kW 20 mVrms 25 mArms 200 V
RE60-20-L(100V)-UL 20 A 1.2 kW 20 mVrms 40 mArms 100 V
RE60-20-L(200V)-UL 20 A 1.2 kW 20 mVrms 40 mArms 200 V
RE200-6-L(100V)-UL 200 V 6 A 1.2 kW 40 mVrms 15 mArms 100 V
RE200-6-L(200V)-UL 6 A 1.2 kW 40 mVrms 15 mArms 200 V
RE200-15-L(200V)-UL 15 A 3 kW 40 mVrms 30 mArms 200 V
  1. Rated output voltage when output current is 10% to 100% of rating.
  2. Rated output current when output voltage is 10% to 100% of rating.

MODELS

Model Maximum Output Ripple *1 Ripple *2
Voltage [V] Current [A] Power [kW] [mVrms] [mArms]
RE10-75 10 V 75 A 0.75 kW 10 mVrms 150 mArms
RE10-110 110 A 1.1 kW 10 mVrms 220 mArms
RE10-200 200 A 2 kW 10 mVrms 400 mArms
RE10-300 300 A 3 kW 15 mVrms 600 mArms
RE10-400 400 A 4 kW 15 mVrms 800 mArms
RE10-450 450 A 4.5 kW 30 mVrms 900 mArms
RE10-750 750 A 7.5 kW 20 mVrms 2400 mArms
RE10-820 820 A 8.2 kW 30 mVrms 3600 mArms
RE10-1000 1000 A 10 kW 30 mVrms 4800 mArms
RE10-1200 1200 A 12 kW 30 mVrms 4800 mArms
RE15-50 15 V 50 A 0.75 kW 10 mVrms 100 mArms
RE15-80 80 A 1.2 kW 10 mVrms 160 mArms
RE15-120 120 A 1.8 kW 10 mVrms 250 mArms
RE15-200 200 A 3 kW 10 mVrms 400 mArms
RE15-250 250 A 3.75 kW 15 mVrms 500 mArms
RE15-300 300 A 4.5 kW 15 mVrms 600 mArms
RE15-500 500 A 7.5 kW 30 mVrms 2500 mArms
RE15-560 560 A 8.4 kW 30 mVrms 2500 mArms
RE15-700 700 A 10.5 kW 35 mVrms 3500 mArms
RE20-38 20 V 38 A 0.76 kW 10 mVrms 80 mArms
RE20-60 60 A 1.2 kW 10 mVrms 120 mArms
RE20-100 100 A 2 kW 10 mVrms 200 mArms
RE20-150 150 A 3 kW 15 mVrms 300 mArms
RE20-200 200 A 4 kW 10 mVrms 400 mArms
RE20-250 250 A 5 kW 15 mVrms 500 mArms
RE20-375 375 A 7.5 kW 30 mVrms 1200 mArms
RE20-400 400 A 8 kW 20 mVrms 2400 mArms
RE20-430 430 A 8.6 kW 35 mVrms 2400 mArms
RE20-500 500 A 10 kW 35 mVrms 2400 mArms
RE20-600 600 A 12 kW 30 mVrms 2400 mArms
RE30-25 30 V 25 A 0.75 kW 10 mVrms 50 mArms
RE30-40 40 A 1.2 kW 15 mVrms 80 mArms
RE30-65 65 A 1.95 kW 20 mVrms 130 mArms
RE30-100 100 A 3 kW 20 mVrms 200 mArms
RE30-130 130 A 3.9 kW 30 mVrms 260 mArms
RE30-170 170 A 5.1 kW 30 mVrms 340 mArms
RE30-250 250 A 7.5 kW 20 mVrms 500 mArms
RE30-290 290 A 8.7 kW 30 mVrms 700 mArms
RE30-350 350 A 10.5 kW 30 mVrms 800 mArms
RE30-400 400 A 12 kW 20 mVrms 800 mArms
RE35-22 35 V 22 A 0.77 kW 10 mVrms 50 mArms
RE35-34 34 A 1.2 kW 10 mVrms 70 mArms
RE35-60 60 A 2.1 kW 20 mVrms 120 mArms
RE35-85 85 A 3 kW 20 mVrms 170 mArms
RE35-115 115 A 4 kW 20 mVrms 230 mArms
RE35-140 140 A 4.9 kW 30 mVrms 280 mArms
RE35-215 215 A 7.5 kW 35 mVrms 1800 mArms
RE35-240 240 A 8.4 kW 35 mVrms 2000 mArms
RE35-300 300 A 10.5 kW 35 mVrms 2000 mArms
RE35-340 340 A 11.9 kW 35 mVrms 2400 mArms
RE40-100 40 100 A 4 kW 30 mVrms 300 mArms
RE40-220 220 A 8.8 kW 30 mVrms 350 mArms
RE45-17 45 V 17 A 0.765 kW 18 mVrms 40 mArms
RE45-27 27 A 1.2 kW 18 mVrms 60 mArms
RE45-45 45 A 2 kW 30 mVrms 90 mArms
RE45-66 66 A 3 kW 30 mVrms 130 mArms
RE45-90 90 A 4 kW 30 mVrms 180 mArms
RE45-110 110 A 5 kW 45 mVrms 220 mArms
RE45-165 165 A 7.5 kW 45 mVrms 750 mArms
RE45-220 220 A 9.9 kW 45 mVrms 1100 mArms
RE45-260 260 A 11.7 kW 45 mVrms 1300 mArms
RE60-12.5 60 V 12.5 A 0.75 kW 20 mVrms 25 mArms
RE60-20 20 A 1.2 kW 20 mVrms 40 mArms
RE60-35 35 A 2.1 kW 15 mVrms 70 mArms
RE60-50 50 A 3 kW 20 mVrms 100 mArms
RE60-67 67 A 4 kW 20 mVrms 135 mArms
RE60-83 83 A 5 kW 30 mVrms 170 mArms
RE60-125 125 A 7.5 kW 30 mVrms 350 mArms
RE60-140 140 A 8.4 kW 30 mVrms 350 mArms
RE60-170 170 A 10.2 kW 35 mVrms 500 mArms
RE60-200 200 A 12 kW 35 mVrms 500 mArms
RE60-220 220 A 13.2 kW 35 mVrms 500 mArms
RE60-250 250 A 15 kW 25 mVrms 500 mArms
RE80-110 80 V 110 A 8.8 kW 80 mVrms 600 mArms
RE100-7.5 100 V 7.5 A 0.75 kW 20 mVrms 15 mArms
RE100-12 12 A 1.2 kW 20 mVrms 25 mArms
RE100-20 20 A 2 kW 20 mVrms 40 mArms
RE100-30 30 A 3 kW 30 mVrms 60 mArms
RE100-40 40 A 4 kW 30 mVrms 80 mArms
RE100-50 50 A 5 kW 40 mVrms 100 mArms
RE100-75 75 A 7.5 kW 60 mVrms 300 mArms
RE100-84 84 A 8.4 kW 60 mVrms 350 mArms
RE100-100 100 A 10 kW 100 mVrms 800 mArms
RE100-150 150 A 15 kW 100 mVrms 1000 mArms
RE150-5 150 V 5 A 0.75 kW 30 mVrms 10 mArms
RE150-8 8 A 1.2 kW 30 mVrms 20 mArms
RE150-14 14 A 2.1 kW 25 mVrms 30 mArms
RE150-20 20 A 3 kW 30 mVrms 40 mArms
RE150-27 27 A 4 kW 30 mVrms 55 mArms
RE150-33 33 A 5 kW 60 mVrms 70 mArms
RE150-50 50 A 7.5 kW 70 mVrms 100 mArms
RE150-56 56 A 8.4 kW 70 mVrms 100 mArms
RE150-70 70 A 10.5 kW 150 mVrms 200 mArms
RE150-100 100 A 15 kW 100 mVrms 200 mArms
RE160-27 160 V 27 A 4.3 30 mVrms 55 mArms
RE160-55 55 A 8.8 kW 160 mVrms 200 mArms
RE200-3.8 200 V 3.8 A 0.76 kW 40 mVrms 10 mArms
RE200-6 6 A 1.2 kW 40 mVrms 15 mArms
RE200-10 10 A 2 kW 40 mVrms 20 mArms
RE200-15 15 A 3 kW 40 mVrms 30 mArms
RE200-20 20 A 4 kW 200 mVrms 40 mArms
RE200-25 25 A 5 kW 200 mVrms 50 mArms
RE200-37 37 A 7.4 kW 200 mVrms 280 mArms
RE200-42 42 A 8.4 kW 150 mVrms 200 mArms
RE200-50 50 A 10 kW 200 mVrms 380 mArms
RE200-75 75 A 15 kW 200 mVrms 530 mArms
RE250-35 250 V 35 A 8.7 kW 100 mVrms 150 mArms
RE300-2.5 300 V 2.5 A 0.75 kW 50 mVrms 5 mArms
RE300-4 4 A 1.2 kW 50 mVrms 10 mArms
RE300-6.5 6.5 A 2 kW 50 mVrms 15 mArms
RE300-10 10 A 3 kW 50 mVrms 20 mArms
RE300-13 13 A 3.9 kW 300 mVrms 30 mArms
RE300-16 16 A 4.8 kW 300 mVrms 35 mArms
RE300-25 25 A 7.5 kW 100 mVrms 50 mArms
RE300-28 28 A 8.4 kW 100 mVrms 50 mArms
RE300-35 35 A 10.5 kW 300 mVrms 100 mArms
RE300-50 50 A 15 kW 150 mVrms 100 mArms
RE350-21 350 V 21 A 7.35 kW 150 mVrms 100 mArms
RE350-24 24 A 8.4 kW 150 mVrms 100 mArms
RE350-28 28 A 9.8 kW 150 mVrms 100 mArms
RE350-42 42 A 14.7 kW 150 mVrms 100 mArms
RE400-18.7 400 V 18.7 A 7.5 kW 200 mVrms 100 mArms
RE400-37.5 37.5 A 15 kW 200 mVrms 100 mArms
RE450-16.7 450 V 16.7 A 7.5 kW 200 mVrms 50 mArms
RE450-33.3 33.3 A 15 kW 200 mVrms 100 mArms
RE500-1.5 500 V 1.5 A 0.75 kW 150 mVrms 5 mArms
RE500-2.4 2.4 A 1.2 kW 150 mVrms 5 mArms
RE500-4 4 A 2 kW 150 mVrms 10 mArms
RE500-6 6 A 3 kW 150 mVrms 15 mArms
RE500-8 8 A 4 kW 500 mVrms 20 mArms
RE500-10 10 A 5 kW 500 mVrms 20 mArms
RE500-15 15 A 7.5 kW 200 mVrms 50 mArms
RE500-17 17 A 8.5 kW 200 mVrms 50 mArms
RE500-20 20 A 10 kW 500 mVrms 100 mArms
RE500-30 30 A 15 kW 200 mVrms 100 mArms
RE600-12.5 600 V 12.5 A 7.5 kW 100 mVrms 25 mArms
RE600-25 25 A 15 kW 100 mVrms 50 mArms
RE650-1.2 650 V 1.2 A 0.78 kW 200 mVrms 5 mArms
RE650-1.8 1.8 A 1.2 kW 200 mVrms 5 mArms
RE650-3 3 A 2 kW 200 mVrms 10 mArms
RE650-4.5 4.5 A 2.9 kW 200 mVrms 10 mArms
RE650-6 6 A 3.9 kW 200 mVrms 15 mArms
RE650-7.7 7.7 A 5 kW 200 mVrms 20 mArms
RE650-11 11 A 7.2 kW 200 mVrms 50 mArms
RE650-13.5 13.5 A 8.8 kW 250 mVrms 50 mArms
RE650-16 16 A 10.4 kW 250 mVrms 50 mArms
RE650-23 23 A 15 kW 300 mVrms 100 mArms
  1. Rated output voltage when output current is 10% to 100% of rating.
  2. Rated output current when output voltage is 10% to 100% of rating.

Functions

Remote control connector (TB1)

* Please use TB1 in floating as TB1 and negative voltage output is connected in the internal part.
  • REMOTE/LOCAL change
    As for the output voltage control, output current control, and overvoltage protection, the remote/local mode can be individually switched by relay or TTL signal.
  • External output ON/OFF
    Output can be turned ON/OFF by relay or TTL signal.
    The logic of the signal can be selected by entering 5 V.
  • Output voltage control
  • Output current control
  • Overvoltage protection
  • Output monitor (Voltage, Current)
  • Output of status
    Common is floating with the output of the open collector for each COMMON.

Function setting switch (SW1)

  • Output voltage control
    0 to 10 V Local ⇔ 0 to 10 kΩ approx.
  • Output current control
    0 to 10 V Local ⇔ 0 to 10 kΩ approx.
  • Overtemperature protection
    Manual reset ⇔ Auto reset
  • Output state auto-recovery prevention (former: power failure protection)
    ON ⇔ OFF (ON/OFF by AC)

Remote sensing

Prevents voltage drop-down (Vo-VL) due to resistance (R) or deterioration of stability by contact resistance (Max 0.5 V)

Remote sensing

Output terminal

The form differs depending on the MODEL. Please check which form is in dimension.

Output terminal

* To an output terminal cover for terminal board models, two places of holes of 8 mm in diameter are arranged as standard specifications.
A diameter bigger than 8 mm is also available.
Please contact our sales office for details.

Specifications

Input voltage
100 Vac, 50/60 Hz, Single-phase (UL certified models)
200 Vac, 50/60 Hz, Single-phase (UL certified models)
200 Vac, 50/60 Hz, Three-phase (UL certified models)
115 Vac ±10%, 50/60 Hz, Single-phase
220 Vac ±10%, 50/60 Hz, Single-phase
230 Vac ±10%, 50/60 Hz, Single-phase
220 Vac ±10%, 50/60 Hz, Three-phase
400 Vac ±10%, 50/60 Hz, Three-phase (Option)
440 Vac ±10%, 50/60 Hz, Three-phase (Option)
Output voltage control
[Local] Rotary encoder on front panel
[Analog remote] External control voltage 0 to 10 Vdc or external 10kΩ potentiometer
[Digital remote] Command (option)
Output current control
[Local] Rotary encoder on front panel
[Analog remote] External control voltage 0 to 10 Vdc or external 10kΩ potentiometer
[Digital remote] Command (option)
Input Voltage/Current
MODEL
(Output power)		 Input voltage
(±10% AC50/60 Hz)		 Phase Input current Input current protection
When PFC
(Typ.) *1		 Normal
(Typ.) *1		 Rush
(p-p)
0.75 kW to 0.78 kW 115V 1 - 12 A 60 A Fuse 30 A
230 V 8 A
1.1 kW to 1.2 kW 115 V 1 - 19 A 90 A
230 V 11 A
1.8 kW to 2.1 kW 220V 1/3 - 17A/10 A 100 A
2.9 kW to 3 kW 220 V 3 - 14 A 100 A
3.75 kW to 4 kW 220 V 3 15 A 19 A 100 A Circuit protector 30 A
4.3 kW to 5.1 kW 220 V 3 16 A 23 A
7.2 kW to 7.5 kW 10 V, 15 V 220 V 3 26 A *2 35 A 100 A Circuit protector 60 A
20 V to 60 V 34 A
over 100 V 25 A *2 33 A
8 kW to 10.5 kW 10V, 15V 220 V 3 36 A 46 A 100 A
20 V to 60 V 34 A 44 A
80 V to 100 V 32 A *3 41 A
11.7 kW to 12 kW 220 V 3 40 A *3 54 A 150 A Circuit protector 100 A
13.2 kW to 15 kW 220 V 3 50 A *3 68 A
  1. At rated input voltage
  2. Circuit protector 30 A
  3. Circuit protector 60 A

For more specification details, download the datasheet below.

FAQs

Options

-LCP *2 *3

Constant power control
(Voltage control is eliminated. Limited at maximum rated voltage)

-LEt *2

LAN interface port

-LGb *1

GPIB interface port (Scheduled for discontinuation in December 2028)

-LGob *1 *2

Optical interface port
This option changes the standard interfaces to a built-in optical interface port. By combining this option with an adapter for optical connection (sold separately), communication between the control device and the power supply can be controlled in an isolated state. Be sure to select this option when using the product in the following environments.

  • -LGob: optical port + optical cable 2 meters
  • -LGob(Fc5): optical interface port + optical cable 5 meters
  • -LGob(Fc10): optical interface port + optical cable 10 meters
  • -LGob(Fc20): optical interface port + optical cable 20 meters
  • -LGob(Fc40): optical interface port + optical cable 40 meters

Select the optional build-in optical port (-LGob) when using this DC power supply under the following conditions.

  • Noisy environments such as factories (example: when motors or coils are used near loads or power sources).
  • If this power supply and your controller (PC or PLC) cannot be installed within 2 meters.
  • When there is a possibility of arcing or output short-circuit.

To use the optical interface, you need to prepare an optical interface adapter separately. For details, click here.

Lls/-LIs10 *1

Isolated remote control
Output control signal is isolated from common (=outputΘ) so that floating of the control signal is not required when negative output operation or series connection
(isolation voltage from outputΘ is below 250 V)

  • Output control
    [-LIs] CV: External control voltage 0 to 5 Vdc, CC: External control voltage 0 to 5 Vdc
    [-LIs10] CV: External control voltage 0 to 10 Vdc, CC: External control voltage 0 to 10 Vdc
  • Monitor output
    [-LIs] Output voltage monitor: 5 V/Maximum output voltage, Output current monitor: 5 V/Maximum output current
    [-LIs10] Output voltage monitor: 10 V/Maximum output voltage, Output current monitor: 10 V/Maximum output current
  • Other functions
    [-LIs/-LIs10] External output ON/OFF, Status signal output (CC, OUTPUT and Stand-by)
-LLp

10-turn potentiometer with lock (both voltage and current)
Only for models less than 300 V

-LOcp *4

Overcurrent protection (OCP)
Cut off the output at the set current value. Local setting only.
Setting range: 5% to 110% of maximum rated current, Local setting: 1-turn volume on front panel
Reset: Manual recovery by OUTPUT switch or External output ON/OFF

-LPfc *4

Power factor correction circuit (Three-phase input of 3.75 kW to 15 kW type only)
Size of the case will be different. Contact the nearby sales office for more details about this option.

-LUs1 *1

USB interface port

-L(220V)

Input voltage: 220 Vac ±10%
For 0.75 kW to 1.2 kW models, Change the original input voltage of 230 V to 220 V. Input current will be about 105% of typical value

-L(230V)

Input voltage: 230 Vac ±10%
For 1.8 kW to 15 kW models, Change the original input voltage of 220 V to 230 V. Input current will be about 95% of typical value

-L(240V)

Input voltage: 240 Vac ±10%

For the original input voltage of 220 V models, Change the input voltage to 240 V. Input current will be about 95% of typical value For the original input voltage of 230 V models, Change the input voltage to 240 V. Input cur rent will be about 90% of typical value
-L(400V)

Input voltage: 400 Vac ±10%
For 7.5 kW to 15 kW models
The size of the case will be different. Contact the nearby sales office for more details about this option.

-L(440V)

Input voltage: 440 Vac ±10%
For 7.5 kW to 15 kW models
The size of the case will be different. Contact the nearby sales office for more details about this option.

  1. Only one of these remote control options can be selected. If you are considering digital control from a computer, we recommend selecting the optical interface (-LGob), which is resistant to noise, and using it with our separately sold adapter.
  2. The constant power control option (-LCp) cannot be selected together with any of the remote control options (-LEt, -LGb, -LGob, -LIs, -LIs10, -LUs1).
  3. The constant power control option (-LCp) and the overcurrent protection option (-LOcp) cannot be selected simultaneously.
  4. -LPfc and -L(400V) or -L(440V) cannot be chosen simultaneously.

How to Order

When placing an order, please list the option symbols after the model name in alphabetical order. When selecting multiple options, omit “-L” from the second and subsequent option symbols. The option for changing the input voltage should be listed last.
<Example> RE15-250-LGob(Fc5)LpPfc(240V), RE100-100-LCpIs10LpOcp(400V)

Please ask our offices for a Three-phase AC input cable.

Optional Add on Program for Build-in Digital Interface

Sweep control program for -LEt, -LGb, -LGob, -LUs1

This program is used to gradually change the output of DC power supply that can be controlled by our power supply digital controller CO-HV. Any settings are provided as for the voltage/current values when the output starts and reaches, and after the output starts. Following that, the output is activated accordingly. It is very convenient for such applications like transformation process of the capacitor, aging of electronic components and burn-in testing of semi-conductor etc.
where it is necessary to repeat the output by changing the output gently and a decided pattern.

For more specification details, download the datasheet below.

Image of printed circuit board

Accessories

AC input cable
Included accessory
0.75 kW to 2.1 kW
single-phase input models on available 		CABLE TYPE5 CABLE TYPE5 | AC input CABLE TYPE5 | Matsusada Precision CABLE TYPE5 | AC input cable | Matsusada Precision 250 V/25 A 2.5 meters
Additional accessory
1.8 kW to 3 kW
three-phase input models on available 		CABLE TYPE6 CABLE TYPE6 | AC input CABLE TYPE6 | Matsusada Precision CABLE TYPE6 | AC input cable | Matsusada Precision 250 V/25 A 2.5 meters
Additional accessory
3.75 kW to 15 kW models on available 		CABLE TYPE7 CABLE TYPE7 | AC input cable | Matsusada Precision CABLE TYPE7 | AC input cable | Matsusada Precision 250 V/75 A 10 meters

Select an appropriate AC input cable according to your operating environment and region.
Please ask our sales offices for a three-phase input AC cable.

Optical isolation adapter

To use the optical interface, you need to prepare an optical interface adapter separately. The following interface adapters are available according to your controller port.

  • CO-E32: LAN to optical interface adapter
  • USB-OPT: USB to optical interface adapter
  • CO-OPT2-9: RS-232C (9 pin) to optical interface adapter
  • CO-OPT2-25: RS-232C (25 pin) to optical interface adapter
  • CO-OPT4-25: RS-485 (25 pin) to optical interface adapter
  • CO-G32: GPIB to optical interface adapter
    (Scheduled for discontinuation in December 2028)
Example of communication with optical fiber
Example of communication with optical fiber | RE series | DC power supply Rackmount | Matsusada Precision
For details, refer to CO/USB series
Application software

PSS2en series: Remote control, Test workflow design, and Data logging

PSS2en is the dedicated software that can actuate various power supplies, electronic loads, and digital controllers for power supplies manufactured by Matsusada Precision Inc. with a simple setup.
It is perfect for the aging test, the burn-in test, and the withstand voltage test for electronic parts, as well as for the endurance test, intermittent/continuous operation test, or various simulation tests for automobile electric components.

PSS2en | Application software for power supplies and electronic loads | Matsusada Precision
Click here for the PSS2en series

Dimensions

For details, download the datasheet below.

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