Select the exact protective system against 20,000 °C plasma temperatures and millisecond arc blast shockwaves. Match your facility's incident energy (cal/cm²) directly with our AITEX-certified glove and garment architectures.
Hands operate 2.5× closer to the arc fault than the torso. Delivers a 125.3 cal/cm² dorsal plasma shield paired with a supple 28.1 cal/cm² full-grain cowhide palm for precision tool control.
Skip guesswork. Choose your electrical task below to view the recommended PPE ensemble matched to working-distance incident energy geometry.
Fault clearing times in low-voltage (0.4 kV) MCCs and capacitor banks can stretch significantly. While the technician's torso stands 50 cm back, hands reach within 20 cm of the breaker—making high dorsal ATPV hand protection indispensable.
Conventional 650–700 g/m² heavy arc flash suits cause severe heat stress during 1–36 kV switching, tempting operators to unzip collars. Arc Defender 40 delivers 40 cal/cm² ELIM and 49 cal Fabric ATPV in an ultra-light 440 g/m² 2-layer aramid system.
The #1 cause of severe arc hand burns in the field is technicians taking off bulky mitts to handle multimeter probes or terminal screws. ArSafe pairs a supple 28.1 cal natural cowhide palm with a 125.3 cal composite dorsal shield facing the arc.
For power utilities, industrial zones, and heavy manufacturing plants, we go beyond garment delivery: every 4 months our engineers inspect every deployed suit and glove on-site and submit a signed OHS compliance report.
cal/cm² modeling via our ArcSim (arcsim.info/en) platform when panel labels are missingcal/cm² or APC 1/2 rating yet? Compute your single-line arc flash analysis in seconds using transformer, cable, and breaker parameters on our ArcSim Dual Engine platform.
Use the interactive view switchers to inspect surface and layer architectures, then jump directly to each product's full engineering dossier.
Asymmetric Electrician Arc Flash Glove (ASTM F2675 & EN 61482-1-2)
Engineered with a 125.3 cal/cm² dorsal arc plasma shield (zero thermal shrinkage), a 28.1 cal/cm² ergonomic natural cowhide palm for tactile tool grip, and an ASTM F696 creepage-compliant 280–330 mm gauntlet cuff.
Jacket & Trousers Arc Flash Garment System (SMY2044 • EN 61482-2:2020)
2-layer inherent aramid garment system achieving 40 cal/cm² ELIM (Garment ATPV 40 cal/cm²) and 49 cal/cm² Fabric ATPV at a total fabric weight of just 440 g/m² (225 g/m² Ripstop outer shell + 215 g/m² thermal aramid liner).
An ionized plasma channel unleashes three destructive physical vectors within milliseconds. Test the interactive simulator below to see how working distance multiplies incident energy on hands versus the torso.
Reaching nearly four times the temperature of the sun's surface, the arc plasma core inflicts fatal third-degree burns on unprotected skin within milliseconds.
Solid copper conductors vaporize instantly and expand 67,000× by volume, generating thousands of Pascals of kinetic blast pressure and concussive acoustic shock.
Incandescent copper and aluminum droplets eject at hundreds of m/s. Ordinary workwear containing polyester or nylon melts and fuses directly into human tissue.
arcsim.info/en)
Never guess when your switchgear lacks an incident energy label. Enter your grid, transformer (kVA, %Uk), cable, and relay clearing time parameters in our first-party ArcSim platform to calculate short-circuit currents, open-arc energy (IEEE 1584-2018), and enclosed box-test classes (DGUV 203-077) over a dynamic SCADA Single-Line Diagram (SLD) in seconds.
Free first-party engineering platform — match exact PPE to your calculated cal/cm² and APC 1/2 results.
ArSafe gloves and Arc Defender 40 suits protect against thermal arc plasma radiation; they are not standalone dielectric shock insulators.
Where live conductor touch hazards exist, EN 60903 dielectric insulating rubber gloves must be worn, integrating ArSafe or leather protectors as the thermal/mechanical outer layer.
Bulky, heavy gear that locks movement drops protection to zero the moment an operator takes it off. Our approach delivers maximum cal/cm² attenuation with minimal mass and full dexterity.
When gripping an insulated tool, the palm is naturally shadowed while the dorsal back-of-hand faces the arc fault head-on. ArSafe places a 125.3 cal/cm² multi-layer polychloroprene/para-aramid shield on the back and 28.1 cal/cm² natural cowhide on the palm.
While legacy 40 cal suits exhaust crews with 550–700 g/m² multi-ply bulk, Arc Defender 40 achieves 40 cal/cm² ELIM (40 cal/cm² Garment ATPV) and 49 cal/cm² Fabric ATPV at a total 440 g/m² 2-layer micro-air-gap aramid weight (225 g/m² Ripstop outer shell + 215 g/m² thermal aramid liner).
Not paper claims—real high-energy plasma discharge captured by high-speed laboratory cameras: zero afterflame, zero melting, and full structural integrity.
Copper calorimeters verify that transmitted thermal energy behind the protective assembly remains below the second-degree tissue burn threshold.
Under concussive blast pressure, neither the ArSafe dorsal shield nor the Arc Defender 40 Ripstop outer shell suffers rupture or char cracking.
All open-arc and box-test protocols are officially certified by European Notified Body AITEX (0161, Spain) under Regulation (EU) 2016/425.
Filter the matrix by test methodology below and examine why APC box-test classes and cal/cm² open-arc ratings must never be conflated in tender specifications.
| Standard & Method | What Does It Evaluate? | Output / Metric | How to Interpret | Scope & Limitation |
|---|---|---|---|---|
| IEC / EN IEC 61482-1-1 Open-Arc Method |
Measures transmitted heat flux across calorimeter sensors behind fabric or finished garments under an unconstrained open arc against the Stoll 2nd-degree burn curve. | ATPV, EBT, ELIM (cal/cm² or kJ/m²) |
ATPV: 50% probability of 2nd-degree burn onset. EBT: 50% probability of fabric break-open. ELIM: Conservative 0% burn/break-open safe limit. |
Quantitative incident-energy rating. Does not directly replicate constrained enclosure reflection. |
| IEC / EN 61482-1-2 Constrained Box Test |
Evaluates heat transfer, afterflame, and break-open under a directed arc inside a plaster enclosure (300 mm distance, 500 ms duration). | APC 1 (4 kA) APC 2 (7 kA) (Legacy: Class 1 / Class 2) |
APC 1: 4 kA fault current scenario. APC 2: 7 kA fault current scenario. Evaluated strictly as Pass / Fail. |
CRITICAL: APC classes CANNOT be converted into a cal/cm² value! Different electrode geometry. |
| ASTM F2675 / F2675M Glove Open-Arc Test |
Measures dorsal (back-of-hand) and palmar (palm) ATPV/EBT values independently on finished gloves mounted on instrumented hand forms. | Dorsal ATPV Palmar ATPV (cal/cm²) |
Reports distinct thermal ratings for asymmetric zones of the glove (dorsal shield vs. leather palm). | Dedicated strictly to hand PPE; cannot substitute torso garment testing. |
| EN ISO 11612:2015 Heat & Flame Protection |
Tests limited flame spread (A1/A2), convective heat (B), radiant heat (C), and contact heat (F) resistance. | A1 A2 B1 C1 F1 (Letter codes & levels) |
Confirms zero flaming debris, zero hole formation, and controlled heat transmission under flame exposure. | General thermal/flame standard expressed via letter classes rather than arc cal/cm². |
| NFPA 70E Workplace Electrical Safety |
North American workplace safety framework defining arc flash risk assessments, boundaries, and PPE Categories 1–4. | PPE Category 1 – 4 (min. 4, 8, 25, 40 cal/cm²) |
Specifies the minimum required cal/cm² rating of the complete PPE ensemble for a given task hazard. | Not a laboratory product test standard; an operational OHS selection framework. |
"Every APC 2 garment protects up to 40 cal/cm²."
APC 2 (EN 61482-1-2) is a 7 kA / 500 ms box test. Both an 8 cal/cm² lightweight shirt and a 40 cal/cm² switching suit can pass APC 2. Always specify numerical ELIM/ATPV cal/cm² alongside APC 2.
"ATPV and ELIM are the exact same rating."
ATPV represents a 50% probability of Stoll 2nd-degree burn onset, whereas ELIM in IEC 61482-1-1 guarantees a 0% burn/break-open threshold. Arc Defender 40 is certified to a full 40 cal/cm² ELIM.
"Flat fabric swatch testing certifies arc flash gloves."
Gloves are 3D seamed assemblies—not flat fabric panels—and must be tested on instrumented hand forms under ASTM F2675 across both dorsal and palmar zones.
"Arc flash clothing insulates against electric shock."
Arc PPE shields against thermal plasma radiation only. Direct live-conductor shock protection strictly requires EN 60903 dielectric gloves and EN 60900 insulated tools.
"A 40 cal suit eliminates risk on every panel."
If calculated incident energy exceeds 40 cal/cm² (e.g., 55 cal/cm²), energized work is prohibited; verify relay clearing-time reduction or remote racking in ArcSim (arcsim.info/en).
Zero-gap ensemble integration under IEC 61482-2 Clause 4.4 backed by our industry-leading periodic on-site engineering inspection program.
In 40 cal/cm² MV/HV switching operations, a jacket and trousers alone are insufficient; the protective envelope must be completed with:
Arc Defender 40 and all protective garment systems carry a 1-year official warranty against fabric, para-aramid seam, and hardware defects from delivery. Furthermore, we protect your crews against wash-cycle or hydrocarbon degradation in the field:
Click any quick-topic chip below to pre-fill your technical inquiry, or share your switchgear/substation incident energy parameters directly.
