Fast delivery within 72 Hours

Acim Nidec D700 | excitation current up to 25 A

The D700 is a digital voltage regulator for brushless alternators with continuous field support of up to 25A.
A combination of accurate regulation and embedded features allows the user to easily int…

Request for Quote

Shipping & Delivery

  • Courier delivery

Our courier will deliver to the specified address

5-6 Days

From €20

  • DHL Courier delivery

DHL courier will deliver to the specified address

2-3 Days

From €40

  • Warranty 1 year
  • Free 30-Day returns

Description

The D700 is a digital voltage regulator for brushless alternators with continuous field support of up to 25A.
A combination of accurate regulation and embedded features allows the user to easily integrate with a multitude of generator set applications. 
Numerous inputs and outputs can be configured to perform basic logic functions using the EasyReg Advanced software. 
The D700 can be configured via on-board control panel, or with a USB or Ethernet link. Additional communication protocols available via optional additional hardware. 

Configuration & setup
D700 can be configured using the Leroy-Somer EasyReg Advanced software.

Firmware update release notes
D700 Firmware version 1.2.31
D700 Note for Grid Code Application

Specification

Technology

Digital Digital

Excitation mode

SHUNT, AREP, PMG SHUNT, AREP, PMG

Rated excitation current

25 A at 40°C / 20 A at 55°C / 15 A at 70°C 25 A at 40°C / 20 A at 55°C / 15 A at 70°C

Regulation accuracy (+/- %)

0.25 % 0.25 %

Frequency range

10 – 400 Hz 10 – 400 Hz

Voltage setting range (+/- %)

30 % 30 %

KU/F limitation

0.5 < k < 5 0.5 < k < 5

Loss of sensing voltage

✓ ✓

Over-excitation limitation

✓ ✓

Short circuit current limitation

✓ ✓

Voltage droop

✓ ✓

Parallel operation between alternators

✓ ✓

Load Acceptance Module (LAM)

✓ ✓

Customer Reviews

0 reviews
0
0
0
0
0

There are no reviews yet.

Be the first to review “Acim Nidec D700 | excitation current up to 25 A”

Your email address will not be published. Required fields are marked *