Power Master ADVR-12 Digital Voltage Regulator

Hybrid Analog Digital Voltage Regulator

$ 488.19 488.19 USD $ 488.19

$ 488.19

This combination does not exist.

Add to cart Buy now

ADVR Mcpherson Controls ADVR-12

Documents

ADVR-12-manual.pdf.pdf

Terms and Conditions
30-day money-back guarantee
Shipping: 2-3 Business Days

SENSING INPUT

220 / 440VAC 50 / 60Hz

OUTPUT

Continuous 12ADC Maximum 25ADC for 10 sec

WEIGTH

2.49 POUNDS

SIZE

8 x 6 x 2 Inches

VOLTAGE

REGULATION

< ±0.5%

Key Features
Description

BUILD UP VOLTAGE

Residual voltage at AVR terminal > 6 VAC @ 25Hz

THERMAL DRIFT

0.03% per °C change in AVR ambient

POWER DISSIPATION

Max. 12 watt

Sensing Input 1 or 3 Phase - ◖ Voltage : 220 / 440VAC 50 / 60Hz (SW5 Selectable) 180 ~ 260VAC @ 220VAC 330 ~ 520VAC @ 440VAC
Power Input 1Ø or 3Ø - ◖Voltage : 100 ~ 300VAC, 40 ~ 500Hz ◖ Output : 63VDC @ 110VAC input 125VDC @ 220VAC input
Output - ◖Current : Continuous 12ADC Maximum 25ADC for 10 sec
Frequency - ◖ 50 / 60Hz (SW4 Selectable) 40 ~ 51Hz @ 50Hz Preset 47Hz 50 ~ 61Hz @ 60Hz Preset 57Hz
Voltage Regulation - ◖ < ± 0.5% ( with 4% engine governing )
Voltage Build-up - ◖Residual voltage at AVR terminal > 6 VAC @ 25Hz

Thermal Drift 0.03% per °C change in AVR ambient
Over Excitation Protection 60% of Input Voltage
External Volts Adjustment VR 10K ohm 0.5 watt trimmer
Excitation Resistance > 10 ohm
Current Compensation 1 or 5A > 0.2VA Max ±7% @ P.F ±0.5
Analogue Voltage Input Un0 ~ 10% @ ±5VDC <2mA
Respond Time < 1 Cycle
Unit Power Dissipation Max. 12 watt

The ADVR-12 is a totally new hybrid 12 Amp universal voltage regulator with a comparable footprint as the Basler* AVC63-12 and AVC125-10, CAT* VR6, KATO* K65-12B and K125-10B, and the Leroy Somer* 202-8634, and many other. To simplify installation, voltage sensing without PT’s up to 520 volts was added, also new DIP & TRIM adjustment compatible with many automatic paralleling and PF controllers in the market. The new CPU design makes the ADVR-12 exceedingly stable, however keeping the analog power circuit for fast response.

DIP

When under frequency protection is activated, the voltage droop ratio is adjusted via the DIP VR. The adjustable range is 3 ~ 10 V/Hz.

DROOP

Droop adjustment. When paralleling, the AVR compensate the input rating and voltage shifting basis on load current, through internal circuit calculation and increase or decrease the voltage. When phase current lag the voltage, it decreases original voltage setting and if the phase current lead the voltage then it increases the original voltage setting. The increase and decrease range can be preset by the DROOP adjustment.

TRIM

Analogue voltage Input sensitivity. When terminal 2 and 3 is added with a DC input (0 ~ ±5V), the TRIM is used to adjust the influence level from the DC input to the rated voltage. If the TRIM potential (POT) is adjusted fully counter-clockwise, and then the additional signal will not cause any influence. On the contrary if the TRIM is adjusted fully clockwise, then the additional signal will produce a maximum effect.