• APS-500W 0.5KW 220V Variac Variable Transformer Voltage Regulator Powerstat 0-250V Output EU Plug
  • APS-500W 0.5KW 220V Variac Variable Transformer Voltage Regulator Powerstat 0-250V Output EU Plug
  • APS-500W 0.5KW 220V Variac Variable Transformer Voltage Regulator Powerstat 0-250V Output EU Plug
  • APS-500W 0.5KW 220V Variac Variable Transformer Voltage Regulator Powerstat 0-250V Output EU Plug
  • APS-500W 0.5KW 220V Variac Variable Transformer Voltage Regulator Powerstat 0-250V Output EU Plug
  • APS-500W 0.5KW 220V Variac Variable Transformer Voltage Regulator Powerstat 0-250V Output EU Plug
  • APS-500W 0.5KW 220V Variac Variable Transformer Voltage Regulator Powerstat 0-250V Output EU Plug
  • APS-500W 0.5KW 220V Variac Variable Transformer Voltage Regulator Powerstat 0-250V Output EU Plug

APS-500W 0.5KW 220V Variac Variable Transformer Voltage Regulator Powerstat 0-250V Output EU Plug

Tags: Voltage Regulator Powerstat

Availability: In stock, usually dispatched in 1 business day

  • Price:$117.73
  • Price in reward points: 1177 Reward Points: 12
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    Price /Unit $115.38 $113.02 $109.49 $104.78 Contact US
Quantity:

APS-500W 0.5KW 220V Variac Variable Transformer Voltage Regulator Powerstat 0-250V Output EU Plug

Features:

- C Type Single Phase Voltage Regulator
- LCD display screen
- Cable with copper coil
- 0-250V adjustable

Specifications:
- Mode: APS-500W
- Name: Single Phase AC Voltage Regulator Power Supply
- Rated Current: 2A
- The Max Current: 2A
- Input Voltage: 220V
- Frequency: 50/60Hz
- The Max Power: 500W
- Adjustable Voltage: 0-250V
- Temperature Rise: ≤ 60℃
- Dimension: 17.5x14.5x23cm
- G.W.: 4.5kg

Voltage Regulator load power characteristics: APS-500W(0-250V)

Output voltage

220V


150V



100V



50V



10V


Load power

<=400W

<=300W

<=200W

<=100W

<=20W

Calculation Corresponding load voltage value the max power formula:  Output load power (W)=Output voltage(V)*The max current(A)

Package Included:
- 1 x Variable Transformer

Note: The output voltage is lower, the output power is lower, the load power is lower.

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