Electrostatics inteGREATed conductive suits protect the worker from:
Harmful AC electric fields
Electrical discharge during live work
Current shock from induced voltages
Thermal protection from electric arc
Fabric System
The double-sided material of this single-layer clothing is unique: The combination of silver-coated threads and a grid of steel stainless yarn shields high electric fields almost completely while the insulating of the inner surface of the fabric uncouples the metalized surface from the human body to provide previously unattainable comfort. This flame-retardant and arc protective material are resistant to multiply washing and human sweat and also has outstanding breathability.
Upper layer provides protection against thermal hazards of an electric arc and ignition caused by spark discharge.
Highly conductive band has got electric resistance not more than 0,1 Ohm/m and can shunt currents up to 35 A without any damage.
Conductive double-sided fabric is a unique material which combines two inseparable surfaces: conductive (steel-silver) and insulating (meta aramid-FR viscose). Such a combination ensures maximum protective features and optimum level of comfort during work. Electric resistance of the conductive surface of the fabric is is not more than 2 Ohm.
All Electrostatics products are based on the inteGREATed protection features. To provide full protection during work, please choose those products that match your activity fields.
Bare-hand conductive suit
Working live in the energized grid with proper face protection (first in the world).
AC Induction conductive suit
Working in the vicinity of energized AC electrical installations. The garment can shunt currents up to 50 A without any damage for the wearer.
Radiofrequency (RF) conductive suit
Personal protective equipment (PPE) against the harmful impacts of electromagnetic radiation.
Technical Information
Electric resistivity of the conductive garment, not more than
IEC 60895:2020
1 Ohm
Shield factor at 50 Hz frequency, not less than
IEC 60895:2020
70 dB
Electric resistivity of the conductive gloves, not more than IEC 60895:2020
30 Ohm
Electric resistivity of the conductive socks, not more than IEC 60895:2020
30 Ohm
Arc Thermal Performance Value (IEC 61482)
Conductive garment
11 cal/cm2*
*This ATPV value can be increased with accessories, for more information, please check the Bare-hand conductive suit information for more.
Single Piece Set
inteGREATed protection
A conductive shielding coverall with a hood (head cover) and a face mesh (only for Bare-hand conductive suit).
A conductive shielding jacket with a hood (a head cover)
A conductive shielding bib-and-brace
Conductive shielding gloves
Conductive shielding socks
Two removable equipotential bonding leads with clamps (only for Bare-hand conductive suit)
ATPV level – 11 cal/cm2
Double Piece Set
inteGREATed protection
A conductive shielding jacket with a hood (head cover) and a face mesh only for Bare-hand conductive suit
Conductive shielding bib-and-brace or conductive shielding trousers
Conductive shielding gloves
Conductive shielding socks
Two removable equipotential bonding leads with clamps only for Bare-hand conductive suit
ATPV level – 11 cal/cm2
BARE-HAND CONDUCTIVE SUIT
The basis of the Bare-hand conductive suit is the ELECTROSTATICS inteGREATed protection
The Bare-hand conductive suit is intended to be worn during live working (especially bare-hand working) with AC and DC electrical installations.
The Sets Provide Protection Against
harmful impact of the electric field of industrial frequency;
electrical discharges while bare-hand working with live-parts;
harmful impact of air ions (including extra heavy air ions – aerosols)
Face protection
Several studies have shown that face mesh is an essential component to protect the most sensitive parts of the body. ELECTROSTATICS was the first company to realise the importance of face protection, and due to this, this accessory is a mandatory component of all ELECTROSTATICS Bare-hand conductive suits.
Single Piece Set
inteGREATed protection
A conductive shielding coverall with a hood (head cover) and a face mesh.
A conductive shielding jacket with a hood (a head cover)
face mesh (only for Bare-hand conductive suit)
A conductive shielding bib-and-brace
Conductive shielding gloves
Conductive shielding socks
Two removable equipotential bonding leads with clamps
ATPV level – 11 cal/cm2
Double Piece Set
inteGREATed protection
A conductive shielding jacket with a hood (head cover) and a face mesh (only for Bare-hand conductive suit)
Conductive shielding bib-and-brace or conductive shielding trousers
face mesh (only for Bare-hand conductive suit)
Conductive shielding gloves
Conductive shielding socks
Two removable equipotential bonding leads with clamps
ATPV level – 11 cal/cm2
Winter accessories are also available for the Bare-hand conductive suit range. Accessories include;
The basis of the AC Induction conductive suit is the ELECTROSTATICS inteGREATed protection.
Conductive clothing against induced voltage and induced current.
The AC Induction conductive suit functions as an additional protection in case of improper grounding in the vicinity of energised AC electrical installations.
The AC Induction conductive suit in case of emergency may restore or create equipotentiality between conductive parts at the workplace.
The product meets the requirements of the following standards and regulations:
OSHA 1910.269
IEC 60895:2002
IEC 61482:2009
ASTM
IEEE 1067-2002
AC Induction Conductive Suits Are Intended To Be Worn When:
Working on discharged power lines under the electromagnetic influence of the operating AC electrical installations.
Working on AC electrified railway lines including lightning protection cables, suspension metal ropes, communication wires, etc.
With using the AC Induction conductive suit the injuries caused by induced currents can steadly decrease to almost zero.
The Sets Provide Protection Against
Protection against the current shock of the induced voltage. It prevents current through the worker’s body to exceed 6 mA (the let-go limit) while the induced current flowing through.
Main feature of the set besides the inteGREATed protection set – highly conductive tape and garment
Highly conductive tape implemented to the suit has got electrical resistivity of not more than 0.1 Ohm/m and can conduct current up to 100 A for more than 2 minutes without breaking electrical continuity.
Electric resistance of the conductive garment is not more than 1 Ohm. Protection against arc flash with the ATPV level of 11 cal/cm2. Protection against harmful impact of the electric field of industrial frequency.
Single Piece Set
inteGREATed protection
A conductive shielding coverall with a hood (head cover)
Conductive shielding gloves
Conductive shielding socks
ATPV level – 11 cal/cm2,
Double Piece Set
inteGREATed protection
A conductive shielding jacket with a hood (head cover)
Conductive shielding bib-and-brace or conductive shielding trousers
Conductive shielding gloves
Conductive shielding socks
ATPV level – 11 cal/cm2
Accessories can be ordered separately;
Extra conductive gloves
Conductive winter boots
conductive boots
RADIO-FREQUENCY CONDUCTIVE SUIT
The basis of the Radiofrequency (RF) conductive suit is the ELECTROSTATICS inteGREATed protection
RF suits are intended to be worn when working near:
operating radio transmitters
antenna-feeder systems
radio stations
television transmitters
cellular and satellite communication systems
other EMI sources of 30 kHz – 60 GHz radiofrequency range.
The Sets Provide Protection Against
The Radiofrequency (RF) conductive suit is intended to be worn harmful impacts of electromagnetic radiation are present.
Main feature of the set besides the inteGREATed protection set – electrically conductive sheath around the human body.
The protection principle is based on reducing the electromagnetic field’s intensity inside the clothing down to the safe level by creating a closed electrically conductive sheath – a faraday cage – around the human body.
The Radiofrequency (RF) conductive suit set is available in Single Piece Set only.
PERIODIC TESTING
Why is periodic testing necessary?
IEC 60895:2020 standard recommends periodic testing every 12 months, or after 10 washings, whichever comes first, or according to national or local procedure.
If any faults are discovered during the test, the repair is conducted immediately, and/or the used/worn accessories are replaced.
Fabric System
Protection against the current shock of the induced voltage. It prevents current through the worker’s body to exceed 6 mA (the let-go limit) while the induced current flowing through.
RF suits are intended to be worn when working near:
