ELB-35-600 Arrester
600 A 35 kV T-Body Elbow Arrester
The Raychem ELB-35-600-ARSTR elbow arresters are designed to protect underground cables and high-voltage apparatus from voltage surges due to lightning and switching transients. They are fully submersible and meet the performance requirements of IEEE C62 11 and IEEE standard 386.
The 600A interface elbow arrester eliminates the need for bushing extenders, reducing tap
plugs, and 200A load break interface arresters and installs in the same manner as a standard
35 kV 600 A elbow. The design incorporates an epoxy fiber module which integrates all MOV
components in a single unit.
- The 600A interface bolts directly to a bushing, saving space and eliminating the need for adaptors.
- All MOV elements and end fittings are integrated in a single piece There are no glued interfaces The
design is void and gap free ensuring peak performance under the harshest conditions. - Tested in accordance with the dead front arrester failure mode test, which has proven TE’s elbow
arrester to have safe and predictable failure characteristics. - Large diameter MOV elements provide high energy handling capability.
ELB-35-600-ARSTR Kit Includes:
- Elbow Arrester
- Insulating Plug (AI)
- Stud (AI)
- 36" tinned Cu Ground Lead
- Silicone Lubricant
- Installation Instruction
Standard Options for T-Body Elbow Arrester Rated for use at 35 kV:
ELB-35-600 ARSTR-27 has a Duty Cycle Rating of 27 kV/rms with a Maximum Continuous Operating Voltage of 22 kVrms
ELB-35-600 ARSTR-30 has a Duty Cycle Rating of 30 kV/rms with a Maximum Continuous Operating Voltage of 24.4 kVrms
ELB-35-600 ARSTR-33 has a Duty Cycle Rating of 33 kV/rms with a Maximum Continuous Operating Voltage of 26.8 kVrms
ELB-35-600 ARSTR-36 has a Duty Cycle Rating of 36 kV/rms with a Maximum Continuous Operating Voltage of 29 kVrms
Performance Characteristics:
High Current Short Duration... 65kA, 4 x 10μsec
Low Current Long Duration... 75A, 2000μsec
Duty Cycle... 5kA, 8 x 20μsec
Low Current Long Duration... 75A, 2000μsec
Duty Cycle... 5kA, 8 x 20μsec
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