The 242011-7 is a test lead from Megger.
Features:
10 A
7 ft (2m)
Resolution to 0.1 µω on 599.9 µω range
Standard accuracy of ±0.25%
Digital readout
Helical Hand Spikes with Spring Points
Applications:
Operation is simple: just connect the leads, turn the instrument on and read the measurement directly from the digital LED display. No warm-up is required. Typical applications include measuring the resistance of:
Switch and circuit breaker contacts
Transformers and generators
Motor windings
Busbar and other joints
Aircraft, rail and pipe bonds
Cable splices, welds and fuses
Metal alloys
Graphite electrodes and other composites
Wire and cable
Description:
Digital Low Resistance Ohmmeters (DLRO® ) are a family of highly accurate instruments that provide a simple, practical and reliable means of making low-resistance tests in the field. They also are ideal for production quality control. They operate on the four-wire measurement principle, thus eliminating lead and contact resistances. With basic accuracies of ±0.25% and resolution down to 0.1 µω, they are nonetheless designed to be rugged and portable for use at the job site. A variety of optional test leads and calibration resistance standards are offered for use with DLROs.
The 242011-7 is a test lead from Megger.
Features:
- 10 A
- 7 ft (2m)
- Resolution to 0.1 µΩ on 599.9 µΩ range
- Standard accuracy of ±0.25%
- Digital readout
- Helical Hand Spikes with Spring Points
Applications:
Operation is simple: just connect the leads, turn the instrument on and read the measurement directly from the digital LED display. No warm-up is required. Typical applications include measuring the resistance of:
- Switch and circuit breaker contacts
- Transformers and generators
- Motor windings
- Busbar and other joints
- Aircraft, rail and pipe bonds
- Cable splices, welds and fuses
- Metal alloys
- Graphite electrodes and other composites
- Wire and cable
Description:
Digital Low Resistance Ohmmeters (DLRO® ) are a family of highly accurate instruments that provide a simple, practical and reliable means of making low-resistance tests in the field. They also are ideal for production quality control. They operate on the four-wire measurement principle, thus eliminating lead and contact resistances. With basic accuracies of ±0.25% and resolution down to 0.1 µΩ, they are nonetheless designed to be rugged and portable for use at the job site. A variety of optional test leads and calibration resistance standards are offered for use with DLROs.
