DIGITAL INSULATION TESTERS

500/1000V-3 RANGES

500-1 RANGE

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MODEL : PE 1000

Norway

Features: • One hand operation.
• No cranking.
• Selectable Test Voltages.
• Stabilized High voltage DC supply as Test Voltage.
• Output short circuit protected (Max current 1mA.)
• Designed with relevant CIL, ISI and IEEE drafted specification.
• Applies rated D.C. Voltage across the measurement terminals & displays the value of insulations.

TECHNICAL SPECIFICATIONS

Display : 3 ½ digit, 0.5"ht., Red LED
Test Voltages : 500V & 1000V Selection by rotary selector switch.
Ranges : 0-199Meg/199 x 10Meg/19.9 Gega
Resolution : 1 meg /10Meg/0.1 Gega
Accuracy : 1% ± 1 count.
Protection : against short circuit/Inductive load/Capacitive load/Charged input.
Power : 230V AC ± 10%, 50Hz
Dimensions : 190(W) x 90(H) x 255(D) mm3
OPTIONS : 1. Attractive leather carrying case.
2. Other Test Voltages on request.
3. Low resistence measurement and timer facility.
4. Load/ Discharges facility to ease the operation of connecting, disconnecting and discharging the sample under test.
5. Single Test voltage/Single Range Digital Insulation testers.

MODEL : PE 1050

Norway

Features: • One hand operation.
• No cranking.
• Selectable Test Voltages.
• Stabilized High voltage DC supply as Test Voltage.
• Output short circuit protected (Max current 1mA.)
• Designed with relevant CIL, ISI and IEEE drafted specification.
• Applies rated D.C. Voltage across the measurement terminals & displays the value of insulations.

TECHNICAL SPECIFICATIONS

Display : 3 ½ digit, 0.5"ht., Red LED
Test Voltages : 500V & 1000V Selection by rotary selector switch.
Ranges : 0-199Meg/199 x 10Meg/19.9 Gega
Resolution : 1 meg /10Meg/0.1 Gega
Accuracy : 1% ± 1 count.
Protection : against short circuit/Inductive load/Capacitive load/Charged input.
Power : 230V AC ± 10%, 50Hz
Dimensions : 190(W) x 90(H) x 255(D) mm3
OPTIONS : 1. Attractive leather carrying case.
2. Other Test Voltages on request.
3. Load/ Discharges facility to ease the operation of connecting, disconnecting and discharging the sample under test.

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