M10-3640-06 THREE PHASE VARIAC
BDT 62,031/-
Product Details
Brand: MCP
Model: M10-3640-06
Country Of Origin: China
Features
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One common shaft rotates all output voltage sliders in parallel
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Equipped with three‑phase power switch
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Three‑phase input and output
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Over‑current protection for each phase
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LED display for line output voltage
| Input voltage (Line): | 3 × 400(380)VAC, 8A, 50–60Hz |
| Output voltage (Line): | 3 × 0–450(430)VAC, 8A |
| Max. power: | 6000VA |
| Max. current: | 3 × 8A |
| Dimensions: | 290(W) × 500(H) × 290(D) mm |
| Weight: | 30kg |
Three-Phase Variable Transformer (6 kVA, with Digital Voltage Display)
A three-phase adjustable AC voltage source that lets you vary the output smoothly from zero up to slightly above the line voltage. One common shaft moves all three phases together, so a single knob controls the whole output. Each phase has its own over-current protection, and an LED display shows the line output voltage.
Use it for: electrical teaching labs, motor and transformer testing, equipment and appliance testing, production QC, burn-in and aging tests, and R&D.
You can:
Adjust three-phase output from 0 to 450 V (line) with a single control
Power loads up to 6000 VA at 3 × 8 A
Switch the supply on and off with the built-in three-phase power switch
Read the line output voltage on the LED display
Rely on per-phase over-current protection to protect the unit and your load
Specs:
Input: 3 × 400 (380) VAC, 8 A, 50-60 Hz
Output: 3 × 0-450 (430) VAC, 8 A
Max power: 6000 VA
Max current: 3 × 8 A
Size: 290 × 500 × 290 mm (W × H × D)
Weight: 30 kg
The M10‑3640‑06 Three‑Phase Variac is a high‑capacity voltage regulator designed for industrial and laboratory applications requiring precise three‑phase voltage control. With a common shaft mechanism that adjusts all sliders in parallel, it ensures synchronized voltage regulation across phases. Featuring over‑current protection for each phase and an LED line voltage display, the M10‑3640‑06 combines safety, accuracy, and convenience. Its robust 6000VA capacity makes it ideal for motor testing, heavy‑duty electronics, and advanced electrical experiments.
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