300VAC Regulated Variable 0-300VAC Power Supply

300VAC Regulated Variable 0-300VAC Power Supply

Designed to be used with these Similar Items and Accessories listed below

Designed to be used with these Similar Items and Accessories listed below

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For surge testing transformers and inductors. Feedback regulated high frequency switching power supply

For simultaneous surge testing magnetics Also available in rack mount

For surge testing transformers and inductors. Feedback regulated high frequency switching power supply

For simultaneous surge testing magnetics Also available in rack mount

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Regulated Variable 0-300VAC Power Supply

PN# 300VAC
The most important features of the power supply is its ability to hold a constant voltage as the power lines fluxuate and the load fluctuates. Used for testing testing high and low line conditions for any AC powered device.

Regulated AC Power Supply Schematic Diagram

Easily Upgraded for Various Applications
The Tester's internal circuitry consists of a motorized variac followed by a step up transformer. The default internal power supply voltage may be changed simply by swapping the step up transformer and changing the resistors in the feedback control loop.

Top Polycarbonate Shielded Test Surface

The top of the power supply doubles as a safe insulated testing area. This innovative design saves bench space, costly safety equipment, and eliminates those dangerous high voltage test leads. Above all, the short lead lengths eliminate test lead ringing, which minimizing RF noise emission, and false scope triggering. This results in extremely accurate tests.

Safety Features

Safety features protect the eyes and hands making it nearly impossible to touch the High Voltage parts unintentionally.

Top of the unit doubles as a safe insulated testing area, saving bench space.
Polycarbonate cover protects the operator from flying debris.
Tinted cover prevents blinding flashes.
Magnetic reed switch safety interlock blocks the surge pulse when the cover is lifted.

Specifications
Voltage Range	0-300 (Volts AC) Adjustable
Continuous Power Output	130 (Watts)
Peak Power Output (10 minuits at 25 deg C)	260 (Watts)
Continuous Current at 115 VAC	1.3 (AMPS)
Continuous Current at 230VAC	0.55 (AMPS)

HVST- High Voltage Surge Tester

The most important features of the surge tester are its ability to test the entire winding insulation system. A high voltage surge generates turn to turn, coil to coil, and phase to phase voltage stress, as well as ground insulation stress. When used as a dielectric test, accurate voltage readings are essential. The HV Surge Tester monitors the voltage directly across the winding under test. This voltage is displayed on an oscilloscope and recorded on the Pass/ Fail LED latch monitor. This voltage will be accurate despite the impedance of the winding being tested. The insulation system can be tested way above the operating voltage because of the brief duration of the applied voltage test pulse. This allows faults to be detected long before they become apparent at operating conditions.

HVSCM- High Voltage Surge Current Monitor

Designed to be used with the Model HVST High Voltage Surge tester. The Surge Current Monitor allows simultaneously surge testing 20 units. The Surge Current Monitor monitors the current going through each unit under test at the time of the surge. If a unit under test breaks down or leaks, the Surge Current Monitor will identify the bad unit by lighting the corresponding LED. The most important features of the surge tester are its ability to test the entire winding insulation system. A high voltage surge generates turn to turn, coil to coil, and phase to phase voltage stress, as well as ground insulation stress. When used as a dielectric test, accurate voltage readings are essential. The HV Surge Tester monitors the voltage directly across the winding under test. In production testing we expect that most of the time the devices will pass. In the event that one should fail, the failed device would be removed and then all the parts would have ot undergo another surge test. Since most devices pass most of the time, simultaneous surge testing can be a real time saver..

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Enter Number of Test Pins for each side:
BOT	TOP	BAK	FNT	LFT	RGT

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Press Plate Features:
	Press Rods	Edge Press	Adjustable
BON Plate Features:
	Standard	QuickChange	Adjustable
Durability:
	50 Thousand	2 Million	10 Million
50K Operations = 2 years at 100 tests/day 2M Operations = 8 years at 1000 tests/day 10M Operations = 10 years at 4000 tests/day

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	Lever Latch		Panel Inserts
	Microcontroller		Mid Carrier Plate
	HV Shield		RF Shield

Pallet Material Antistatic / Reflectivity:
	No Carbon White	HighCarbon Black	Med Carbon Grey
Material Thickness:
	3mm	5mm
Hold Down Mechanism:
	None	SwivelLatch	TensionPins
Durability Until Delamination:
	12 Thousand	25 Thousand	50 Thousand
12K Cycles = 6 months at 100 cycles/day 25K Cycles = 1 year at 100 cycles/day 50K Cycles = 2 years at 100 cycles/day

Pallet Material Durability:
	Aluminum	Stainless	Titanium
Material Thickness:
	0.0625inch	0.090inch	0.125inch
Hold Down Mechanism:
	None	SwivelLatch	TensionPins

Pallet Material Conductivity:
	No Carbon NonConductive	Silicon Carbide Semiconductive
Material Thickness:
	2mm	3mm
Durability from Stress Pulveration Fractures:
	1 Million	1.2 Million	2 Million
1M Cycles Standard HS Machining 1.2M Cycles Bead Polished Finish 2M Cycles Polish & Heat Temper Treatment