Safety PPE

Electrical Safety Gloves

Gloves Tester

Straight

Contour

Bell Cuff

Length & Size:

Class of Protection	Length Available (In mm)	Size Available	Model	Colour
00	280,360	7,8,9,10,11,12	Straight	Beige
	280,360	7,8,9,10,11,12	Straight	Red
1	360, 460	7,8,9,10,11,12	Straight, Contour, Bell Cuff	White
2	360, 460	7,8,9,10,11,12	Straight, Contour, Bell Cuff	Yellow
3	410,460	9,10,11,12	Straight, Contour, Bell Cuff	Green
4	410,460	9,10,11,12	Straight, Contour, Bell Cuff	Orange

Note: These are only indicative. Actual product may change as per OEM.

Technical Specification

SN	Maximum Use of Voltage AC/DC & Proof test voltage AC/DC	Class of Protection
1	500 AC / 750V DC with proof test voltage of 2500 V/1000V	00
2	1000 AC /1500 V DC with proof test voltage of 5000 V/20000V
3	7500 AC / 11250 V DC with proof test voltage of 10000 V/40000V	1
4	17000 AC / 25500 V DC with proof test voltage of 20000 V/25000V	2
5	26,500 AC / 39,750 V DC with proof test voltage of 30000 V/60000V	3
6	36,000 AC / 54,000 V DC with proof test voltage of 40000 V/70000V	4

Gloves Tester

Arc Flash Suit

Arc flash occurs when energy is released from an electric arc. Electrical PPE replaces regular work clothes to mitigate the risk of arc flash burn injuries. Standard PPE gear usually comprises an arc flash suit, hood and face shield, gloves, safety glasses, ear plugs and so forth.

Standards:

Discharge Rod & Clamp, Connectors

Key Feature And Benefits

High safety clearance & isolation possible
Coupling of various universal tool heads for multipurpose application
Highly insulated resin-impregnated fiberglass
Heavy Duty. Telescopic type / sectional type available
Length (Retracted) 1.51 meter to 1.76 meter
Extended Length: 2.74 meter to 9.71 meter

Application

Discharge Rod
Replacement of fuses
Replace disconnect switches
Voltage detector handling
Light Bulb replacement
Fuse-Switches operation
Fuse cartridge removal and installation
Tree pruning
On-load breaker switch maneuvers

Standards

For Conductor

For IPS Tube

For Various Angle

For Ground side

Voltage Detector

A built-in sensor at the tip of the tester detects the presence of voltage when touching a conductor, outlet, or supply cord or Non-Contact method by measuring ground reference through capacitive coupling. Proximity Voltage Detector is non-contact type and detects voltages under certain proximity by sensing pulsating electromagnetic field of conductor. This does not detect induction voltage in the switchyard.

Key Feature & Benefits

Works in approximation
Voltage sensitivity part in the direction to the conductor
Minimum Voltage sensing : 270 V
Intermediate voltage detectors available
Maximum Voltage sensing : 800 KV
Indication: Sound & Luminous
Guaranteed Safety with our suggested insulated sticks
Battery operated

Various PPE

Insulated Rescue Hook

Insulated Stool

Insulated shrouding

Insulated pocket shrouding

Safety Helmet

Dielectric safety boot

Overhead Line shrouding

Stay wire protection

Spectacle – safety

Insulation Mat

Insulation Paint

Face Shield -Helmet Nounted

FRP Ladders

Fibreglass Ladders:

EN131 Approved
Suitable for 1000V working
Easy climb tread spacing on steps
Tested to ASTM D 149-91 & D229-91 with modifications specified in ANSI A14-10-200

Side Rail
Single Ladder
Extension Ladder
A Shape Ladder
Sliding Proof bottom

Insulation Mat

Insulating mat also known as dielectric or electrical safety mat is used to protect people and parts of electrical equipment used in switch rooms, in front of switchboards, transformers and other high voltage workplaces. One of the basic requirements of These safety mats are used as Insulating Mats for Electrical Purposes for protecting the life of workmen from any leakage of current. These insulation mats are non-conductive matting which prevents the flow of electrical energy from the electrical source to the earth through the human body.

SL NO	CHARACTERISTICS	STANDARD VALUES	STANDARD VALUES	STANDARD VALUES
1.	Class as per IS: 15652 standards	A	B	C
2.	Thickness	2.0 mm	2.5 mm	3.0 mm
3.	Voltage Level	3.3KV	11KV	33KV
4.	Tensile Strength (N/mm²)	15	15	15
5.	Elongation %	250	250	250
6.	Insulating Resistance with water at 5000V	100,000 M ohm	100,000 M ohm	100,000 M ohm
7.	Leakage Current (Max)	10 mA	10 mA	10 mA
8.	Ac-dielectric Strength (Min)	30 KV	45 KV	65 KV
9.	Ac-Proof Voltage	10 KV should stand for 1 minute	22 KV should stand for 1 minute	36 KV should stand for 1 minute
10.	Flame Retardance	Extinguishes within 5 secs (max.)	Extinguishes within 5 secs (max.)	Extinguishes within 5 secs (max.)

Insulation Painting

Insulation Paint

High Voltage Insulator Coating (HVIC) is a room temperature vulcanizing (RTV) silicone, ready-to-use.

Insulation painting is necessary to protect the coating from the damaging effects of tracking under high electrical activity along the surface of the coating. It is essential that the painting be optimally-sized and in an optimum concentration in order to promote long-term hydrophobicity of the coating. Apart from its very long life and ease-of-use qualities, benefit of strong adhesion to the insulator surface. It is ideally suited for unrimed application to glass, porcelain and polymer (silicone and EPDM) insulators under all voltage conditions from distribution to very high voltage.

A single component, RTV, moisture cure, high-build polysiloxane coating providing excellent long-term hydrophobicity, hydrophobicity recovery, electrical characteristics and UV tolerance leading to suppression of leakage current, reduction of pollution related flashover risk and a long service life.

Application:

Suitable for many applications:

This can be used on new and old insulators to be refurbished.
This is useful for glass, porcelain, HTV silicone, LSR type silicone and EPDM.
Refresh coating over old silicone HVICs
Can be used in a variety of pollution environments salt spray, salt fog, industrial (cement dust, fly ash, carbon black, acid emissions, etc.) and desert sand & many more
This can be used in AC and DC systems, in substations of all voltage levels and on transmission lines under all voltage conditions ranging from low distribution voltages to very high transmission voltages.