СВС-50М (СВС-100М)
ELECTRICAL PROTECTIVE EQUIPMENT TEST SYSTEMS
The CBC-M-series systems are designed for acceptance and operational high-voltage testing of personal electrical protective equipment used in electrical installations and insulated hand tools.
The systems can be used without a test bath for general purpose high-voltage AC testing of various solid dielectrics.
Withstand tests are carried out with an AC voltage up to 50 kVRMS (up to 100 kVRMS for CBC-100M) at industrial frequency (f = 50 Hz).
VERSATILITY
CBC-M-series systems include a variety of holders and adaptors allowing to test a wide range of the objects:
✓ rubber insulating gloves and dielectric safety boots;
✓ hand tools with electrical insulation;
✓ voltage detectors and indicators;
✓ discharge rods;
✓ insulating mats.
EASY AND CONVENIENT CONTROL
- Four pre-set of output voltage levels.
- Test duration is set and monitored via a built-in timer.
- Leakage current is displayed throughout the entire test cycle.
- Upon detecting a breakdown, the system indicates the specific glove the breakdown has occurred in and automatically terminates the test.
SPLIT-UNIT DESIGN
The system is composed of a control unit, test bath and a high-voltage unit (two for CBC-100M). The test procedure is controlled from the control unit, which may be positioned at a safe distance away from high-voltage source and the test bath, ensuring operator safety.
SAFETY
CBC-M-series systems include the following operational safety measures:
✓ Overcurrent protection.
✓ Automatic short-circuiter on the high-voltage unit.
✓ Protective earthing.
✓ Fuses.
✓ Sulphur hexafluoride gas pressure monitoring in the high-voltage unit (units).
✓ Emergency stop button.
| СВС-50М | СВС-100М | |||
| Test modes and parameters | "100 V" | Output voltage | 10 … 100 VRMS | |
| Number of simultaneously testable objects | 1 | |||
| "3 kV" | Output voltage | 0.3 … 3 kVRMS | ||
| Leakage current threshold | 7.6 mA | |||
| Number of simultaneously testable objects | up to 4 | |||
| «15 kV» | Output voltage | 1.5 … 15 kVRMS | ||
| Leakage current threshold | 7.6 mA | |||
| Number of simultaneously testable objects | up to 4 | |||
| "50 kV" | Output voltage | 5 … 50 kVRMS | - | |
| Leakage current threshold | 10 mA | - | ||
| Number of simultaneously testable objects | 1 | - | ||
| "100 kV" | Output voltage | - | 10 … 100 kVRMS | |
| Leakage current threshold | - | 10 mA | ||
| Number of simultaneously testable objects | - | 1 | ||
| Relative voltage and leakage current indication error | ± 3 % | |||
| Safety | Grounding |
■ Protective earthing ■ Operating grounding ■ Automatic grounding bar |
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| Protection |
■ Overvoltage ■ Thermal overload warning ■ Low internal gas pressure warning |
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| High voltage presence signalling | ■ Light signalling | |||
| High voltage switch off |
■ EMERGENCY STOP button ■ Power keylock switch |
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| Power supply and consumption | Mains supply voltage | 230 VAC, ± 10 % | ||
| Mains supply frequency | 50 Hz (60 Hz option) | |||
| Power consumption | up to 0.9 kV•A | up to 1.5 kV•A | ||
| Physical | Control unit dimensions, H × W × D | 194 × 313 × 328 mm | ||
| Control unit weight | 13.3 kg | |||
| High-voltage unit dimensions, H × W × D | 334 × 364 × 381 mm | |||
| High-voltage unit weight | 26.5 kg | 26.5 kg × 2 | ||
| Bath dimensions, H × W × D | 660 × 845 × 400 mm | |||
| Bath weight (with accessories, empty) | 19 kg | |||
