The M150AC is a hipot from Rod L Electronics. Hipot, or high potential, is a class of electronic test equipment used to verify electrical insulation. Engineers use hipot-testing instruments on cables, wires, circuit boards, appliances, electric motors, and transformers. As a product ages, its insulation may break down and result in current flow leakage. Hipot testers keep engineers safe from current leakages by detecting gaps and defects in the electronic device.
Additional Features:
Safe, Fast, Efficient
Fully programmable test parameters
Digital Display
Resolution of programmable test parameters is 0.5%
Performs an AC dielectric strength (Hipot) test concurrent with a ground continuity test
Applies a test potential of up to 5000 VAC at 50 milliamps (user programmable)
Performs tests in full compliance with UL, VOE, BSI, IEC, CSA, and other test standards
Specifications
Output Test Voltage: 100 VAC-5K VAC*
Output Voltage Ramp Time: 50 V/sec to 5kV/sec*
Total Current Trip Point: 50 mA (maximum)*
Real Current Trip Point: 5 mA (maximum)*
Under Current Trip Point: 5 mA (maximum)*
Test Time: 1 sec - 100 sec*
*All of the above are User Programmable
Shutdown Time: 2 milliseconds
Arc Detection: Arc duration 1OµS or greater
Ground Continuity: Low current (1.5 Amp @ 1.5V)
Input Power Required: 115/230 VAC ± 10%, 47-63 Hz, 250 watts maximum, 30 watts typical
Dimensions: 16.75" x 7.00" x 18.38" (43cm x 18cm x 47cm)
IEEE-488 BUS-compatible - enables data logging during each test, and remote programming of:
Test Voltage
Test Time
Voltage Ramp Rate
Real Current Trip Point
Total Current Trip Point
Under Current Trip Point
Detects and indicates the following events:
Test Ready (Security Chassis Ground Sensed)
Test in Progress
Test Passed
Test Failed:
Arcing
Excessive Total Leakage Current
Excessive Resistive Leakage Current
Under Current
Lack of adequate Chassis Ground
Superior Safety Features
Visual and Audible alert indicating Hipot test in progress
Low Current Security Chassis Ground Circuit (ensures Device Under Test has ground connection of o.sn between chassis and power cord ground pin)
Fast HV shutdown within 2 milliseconds of HV test automatically on test failure or on command
IEEE-488 BUS Programming
The Model M150AC Hipot Test System, when operated via the Model M1088C IEEE-488 BUS INTERFACE, functions as both a " Talker "(T) and a "Listener" (L) in conjunction with the following signals:
Output Voltage (T/L)
Output Voltage Ramp Rate (L)
Test Time (L)
Total Current Trip Point (L)
Total Current Magnitude (T)
Real Current Trip Point (L)
Real Current Magnitude (T)
Under Current Trip Point (L)
Test Status: Ready (T); In -Progress (T); Passed (T); Failed (T)
Type of Failure (T)
Start (L)
Stop (L)
Reset (L)
These signals can also be controlled using any controller capable of inputting and outputting digital and analog signals.
The M150AC is a hipot from Rod L Electronics. Hipot, or high potential, is a class of electronic test equipment used to verify electrical insulation. Engineers use hipot-testing instruments on cables, wires, circuit boards, appliances, electric motors, and transformers. As a product ages, its insulation may break down and result in current flow leakage. Hipot testers keep engineers safe from current leakages by detecting gaps and defects in the electronic device.
Additional Features:
- Safe, Fast, Efficient
- Fully programmable test parameters
- Digital Display
- Resolution of programmable test parameters is 0.5%
- Performs an AC dielectric strength (Hipot) test concurrent with a ground continuity test
- Applies a test potential of up to 5000 VAC at 50 milliamps (user programmable)
- Performs tests in full compliance with UL, VOE, BSI, IEC, CSA, and other test standards
Specifications
- Output Test Voltage: 100 VAC-5K VAC*
- Output Voltage Ramp Time: 50 V/sec to 5kV/sec*
- Total Current Trip Point: 50 mA (maximum)*
- Real Current Trip Point: 5 mA (maximum)*
- Under Current Trip Point: 5 mA (maximum)*
- Test Time: 1 sec - 100 sec*
- *All of the above are User Programmable
- Shutdown Time: 2 milliseconds
- Arc Detection: Arc duration 1OµS or greater
- Ground Continuity: Low current (1.5 Amp @ 1.5V)
- Input Power Required: 115/230 VAC ± 10%, 47-63 Hz, 250 watts maximum, 30 watts typical
- Dimensions: 16.75" x 7.00" x 18.38" (43cm x 18cm x 47cm)
IEEE-488 BUS-compatible - enables data logging during each test, and remote programming of:
- Test Voltage
- Test Time
- Voltage Ramp Rate
- Real Current Trip Point
- Total Current Trip Point
- Under Current Trip Point
Detects and indicates the following events:
- Test Ready (Security Chassis Ground Sensed)
- Test in Progress
- Test Passed
- Test Failed:
- Arcing
- Excessive Total Leakage Current
- Excessive Resistive Leakage Current
- Under Current
- Lack of adequate Chassis Ground
Superior Safety Features
- Visual and Audible alert indicating Hipot test in progress
- Low Current Security Chassis Ground Circuit (ensures Device Under Test has ground connection of o.sn between chassis and power cord ground pin)
- Fast HV shutdown within 2 milliseconds of HV test automatically on test failure or on command
IEEE-488 BUS Programming
The Model M150AC Hipot Test System, when operated via the Model M1088C IEEE-488 BUS INTERFACE, functions as both a " Talker "(T) and a "Listener" (L) in conjunction with the following signals:
- Output Voltage (T/L)
- Output Voltage Ramp Rate (L)
- Test Time (L)
- Total Current Trip Point (L)
- Total Current Magnitude (T)
- Real Current Trip Point (L)
- Real Current Magnitude (T)
- Under Current Trip Point (L)
- Test Status: Ready (T); In -Progress (T); Passed (T); Failed (T)
- Type of Failure (T)
- Start (L)
- Stop (L)
- Reset (L)
These signals can also be controlled using any controller capable of inputting and outputting digital and analog signals.
