Short Circuiting Rod (H.T Discharge Rod)

Send Inquiry

Request To Call Back

Short Circuiting Rod (H.T Discharge Rod)

Get a Price/Quote

Short Circuiting Rod (H.T Discharge Rod) Specification

Diameter
12 mm, 16 mm, 19 mm, or as specified

Copper Thickness
Standard rod core thickness: 8 mm to 18 mm

Tensile Strength
Copper rod minimum 250 MPa

Purity
Copper purity above 99.9%

Strength
High mechanical and electrical strength

Product Type
Short Circuiting Rod (H.T Discharge Rod)

Material
Copper rod with PVC/FRP insulation

Application
Used in substations, switchyards, transmission and distribution panels for high voltage discharge

Function
Safely discharge high voltage electrical equipment and circuits

Shape
Rod

Surface Treating
Insulated, smooth finish

Tolerance
2 mm on length and diameter

Color
Red/Yellow/Black (varies by insulation material)

Maintenance
Periodic insulation checks recommended

Earthing Clamp Type
Heavy duty copper clamp with spring or screw mechanism

Handle Grip Material
Insulated PVC/FRP handle

Storage Conditions
Store dry, away from sunlight

Insulation Voltage Rating
Up to 33kV or as per requirement

Resistance to Chemical
Good resistance to common electrical grade chemicals

End Fittings
Brass or copper fittings at rod end

Testing Standard
Conforms to IS: 2071 / IEC standards

About Short Circuiting Rod (H.T Discharge Rod)

Our organization is renowned as one of the distinguished names engaged in offering of high grade Short Circuiting Rod (H.T Discharge Rod). Our offered rod is designed to protect people working at a de-energized overhead lines or busbar. This rod is an insulated stick, usually made of fiberglass tubes. It is equipped with FRP/rubber insulator to increase creepage distance. This Short Circuiting Rod (H.T Discharge Rod) is precisely manufactured and designed according to the industry standards utilizing optimum grade metal and advanced machines.

Application:

Beimco telescopic earth discharged rod designed to protect people working at a de energized overhead lines or busbar. This unique product provided 100% safety, again an unexpected return of power on network.

Specification:

Fiber glass tube manufactured from high quality epoxy resin. Protects manufactured in automatic pultrusion plant hence strong sturdy. Super smooth glossy finish prevent moisture. Excellence dielectric strength.

Unique telescopic design easy to assemble & easy to operate. Equipped with FRP/Rubber insulator to increase creepage distance. Bottom provided with slip resistance rubber grip. Canvas cover bag for protection of equipment. Tested as IS & IEC standard.

Conductor clamp :

Condutor clamps manufactured from die cast aluminum alloy or electrolyte grade copper strip. Strong sturdy & easy to operate. Smooth threading, firm connection with conducter choice available from various range of clamps.

20 X 3 copper hook

20 X 5 copper hook

25 X 5 copper hook

Earthing Cable:

PVC insulated or heart, oil & fire resistance, ISI marked copper earthing cable having high amp. Current carrying capacity. Earthing cable is provided in 4 sq.mm, 10 sq.mm, 16 sq.mm, 35 sq.mm Length of between two pipe is mtr, or 2 mtr as specification.

Canvas Bag:-

Canvas cover provided to keep instrument safely & solder strap provided to carry equipment. Also protect from dust, moisture & environment effect

Section	Length	Voltage System	Type Tested
3	15 Feet	11 To 33 KV	110 KV
4	16 Feet	11 To 33 KV	110 KV
4	18 Feet	11 To 33 KV	110 KV

Reliable Safety in High Voltage Operations

Engineered specifically for high-tension environments, the Short Circuiting Rod delivers secure and effective protection for personnel handling energized equipment. Its high mechanical strength and trusted insulation properties minimize risk and maximize reliability during maintenance and emergency procedures.

High Standards and Durable Construction

This rod is manufactured to meet IS: 2071 / IEC standards, with insulated surfaces and heavy-duty brass or copper fittings. The use of over 99.9% pure copper core ensures optimal conductivity, while the insulated PVC/FRP handle and chemical resistance provide long-lasting durability under diverse site conditions.

Ease of Use and Low Maintenance Requirements

Featuring an ergonomic insulated handle and a secure copper clamp, the rod is user-friendly and safe for regular use. Maintenance is straightforward, requiring only periodic insulation checks for continued performance. Proper storagedry and away from sunlightwill further extend its service life.

FAQs of Short Circuiting Rod (H.T Discharge Rod):

Q: How do you safely use a Short Circuiting Rod for high voltage discharge?

A: To use the Short Circuiting Rod, securely attach the heavy-duty copper clamp to an appropriate earth point. Then, bring the insulated rod into contact with the high-voltage equipment to discharge any residual charge, ensuring you only grip the insulated handle for safety.

Q: What are the main applications of the H.T Discharge Rod?

A: This rod is primarily used in substations, switchyards, and transmission/distribution panels for the safe discharge of high-voltage circuits, protecting personnel during maintenance or emergency interventions.

Q: When should a Short Circuiting Rod undergo insulation checks?

A: Periodic insulation checks are recommended to ensure the rods safety and effectiveness. Inspections should be done before each use and as part of a routine maintenance schedule, especially after extended storage or exposure to adverse conditions.

Q: Where should the discharge rod be stored for maximum lifespan?

A: For optimal longevity, the rod should be stored in a dry place away from direct sunlight to prevent degradation of insulation materials.

Q: What is the process for maintaining the insulation quality of the rod?

A: Maintenance involves regular visual inspection for cracks or wear and testing the insulation properties per prescribed protocols. If damage or compromised insulation is detected, remove the rod from service and repair or replace as necessary.

Q: What materials are used in the construction of the discharge rod?

A: The rod features a core made from high-purity copper (above 99.9%), insulated with PVC or FRP, and is fitted with heavy-duty brass or copper end fittings. The handle grip is constructed from insulated PVC or FRP to ensure safety during operation.

Q: What are the primary benefits of using this high voltage discharge rod?

A: Key benefits include enhanced operator safety, high mechanical and electrical strength, good resistance to chemicals, and compliance with international standards, making it ideal for demanding electrical environments.

Tell us about your requirement

Price:

Quantity

Select Unit

50
100
200
250
500
1000+

Additional detail

Mobile number