The DET14C (1000-761) clamp-on earth ground resistance testers are from Megger.
Additional Features:
Large elliptical clamp design
Smooth mating surfaces on the clamp head
CATIV 600 V operation
Noise filter function
Intelligent data hold function
Data storage with time- and date-stamped results
Accessories:
Carrying case
Carrying strap (wrist loop)
User guide CD-ROM
Calibration check
Battery AA (Alkaline) (4 required)
Applications:
Typical testing applications include:
Pole grounds
Service entrance/meter ground electrodes
Service panels
Pad mount transformer grounds
Transmission tower grounds - utlility ground cables
Telephone pedestals
Telephone cabinets
Lightning protection ground electrodes
The DET14C and DET24C are advanced clamp-on ground resistance testers that set new standards in terms of access, performance, features, simplicity of operation and safety. The DET14C and 24C are used to measure earth/ ground resistance in multiple loop installations without disconnecting the ground.
Designed with flat core ends, these units prevent dirt build-up, ensuring measurement integrity and improved reliability over products with interlocking teeth. Other enhancements include safety to CATIV 600V, a built-in filter function for electrically noisy environments, time and date stamped stored test results and ultra long battery life. Megger has taken what is now a standard test method and significantly improved its field applicability.
The DET14C and DET24C are designed to quickly measure ground electrode resistance in applications where this type of test method can be used and/or verify the integrity of ground connections. The goal of ground resistance testing is to ensure that the resistance ground electrode system is low enough to prevent or limit voltage rises caused by fault current, electrical surges, lightning strikes, etc.
Clamp-on ground testers work in applications where there is a loop resistance to measure with ground paths in the system (the more ground paths, the closer to the actual resistance). A utility pole ground system is a classic example of this type of application.
The DET14C (1000-761) clamp-on earth ground resistance testers are from Megger.
Additional Features:
- Large elliptical clamp design
- Smooth mating surfaces on the clamp head
- CATIV 600 V operation
- Noise filter function
- Intelligent data hold function
- Data storage with time- and date-stamped results
Accessories:
- Carrying case
- Carrying strap (wrist loop)
- User guide CD-ROM
- Calibration check
- Battery AA (Alkaline) (4 required)
Applications:
Typical testing applications include:
- Pole grounds
- Service entrance/meter ground electrodes
- Service panels
- Pad mount transformer grounds
- Transmission tower grounds - utlility ground cables
- Telephone pedestals
- Telephone cabinets
- Lightning protection ground electrodes
The DET14C and DET24C are advanced clamp-on ground resistance testers that set new standards in terms of access, performance, features, simplicity of operation and safety. The DET14C and 24C are used to measure earth/ ground resistance in multiple loop installations without disconnecting the ground.
Designed with flat core ends, these units prevent dirt build-up, ensuring measurement integrity and improved reliability over products with interlocking teeth. Other enhancements include safety to CATIV 600V, a built-in filter function for electrically noisy environments, time and date stamped stored test results and ultra long battery life. Megger has taken what is now a standard test method and significantly improved its field applicability.
The DET14C and DET24C are designed to quickly measure ground electrode resistance in applications where this type of test method can be used and/or verify the integrity of ground connections. The goal of ground resistance testing is to ensure that the resistance ground electrode system is low enough to prevent or limit voltage rises caused by fault current, electrical surges, lightning strikes, etc.
Clamp-on ground testers work in applications where there is a loop resistance to measure with ground paths in the system (the more ground paths, the closer to the actual resistance). A utility pole ground system is a classic example of this type of application.
