Article Number: 08010201
The Wolf TS-30 and TR-30 LED "Safety Torch" series are next-generation battery-powered flashlights that combine classic durability with modern LED technology. Offered by IST Safety Ltd, the official distributor of Wolf, these models provide significantly higher light output and unrivaled battery life compared to traditional bulb-based lamps.
The product is fully certified for both industrial hazardous areas (Zone 1/21) and underground mines (I M2 Mining). It is available in straight (TS) and 90-degree right-angle (TR) body versions. While delivering a powerful 130-lumen output through its advanced LED optical system, it offers up to 27 hours of continuous operation on just two D-cell batteries, significantly reducing operational costs.
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MODEL |
TR-30+ |
TS-30+ |
TR-35+ |
TS-35+ |
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PRODUCT DESCRIPTION |
Primary Cell LED Right Angle or Straight Safety Torch |
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Right Angle Zone 1 & 21 |
Straight Zone 1 & 21 |
Right Angle Zone 0 & 21 |
Straight Zone 0 & 21 |
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CODE |
I M2/II 2GD Ex ib I Mb/IIC T4 Gb Ex ib IIIB T130°C Db |
I M2/II 2GD Ex ib I Mb/IIC T4 Gb Ex ib IIIB T130°C Db |
I M1/II 1G2D Ex ia I Ma/IIC T4 Ga Ex ib IIIB T130°C Db |
I M1/II 1G2D Ex ia I Ma/IIC T4 Ga Ex ib IIIB T130°C Db |
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TYPE OF PROTECTION |
‘ib’ intrinsic safety |
'ia' intrinsic safety |
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AREA OF CLASS(GAS) |
Zones 1 & 2 Gas Groups IIA, IIB and IIC |
Zones 0, 1 & 2 Gas Groups IIA, IIB and IIC |
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TEMPERATURE CLASSIFICATION(GAS) |
T4 |
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AREA OF CLASSIFICATION (DUST) |
Zones 21 & 22 Dust Groups IIIA and IIIB |
Zones 21 & 22 Dust Groups IIIA and IIIB |
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MAX. SURFACE TEMP. (DUST) |
T130°C |
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AMBIENT TEMPERATURE (GAS) |
-30° to +40 / 55°C |
-20°C to +40 / 55°C |
-30° to +40 / 55°C |
-20° to +40 / 55°C |
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Maximum ambient temperature is for use only with certain specified cells, as per product instructions. |
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CERTIFICATE |
ATEX Baseefa / 07ATEX0091X IECEx BAS 06.0089X / BAS21UKEX0437 |
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ENCLOSURE |
Impact Resistant Thermoplastic, Chemical Resistant, Static Dissipative |
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LENS |
Toughened Glass 4mm |
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BEAM TYPE |
Medium Spot with Wide-Angle Flood of Fringe Light |
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LIGHT SOURCE |
PART NO |
TP-300 |
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POWER |
Torch LED Module |
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OUTPUT |
Up to 130 lm |
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LIFE |
25,000hrs+ (Fitted for Life) |
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POWER SOURCE |
PART NO. |
2 x H-20 (2 x LR-20 Cell suitable for 55° Maximum Ambient Temperature) (Batteries not supplied with torch) |
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TYPE |
LR20 Primary Cells to IEC60086 |
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POWER |
2 x 1.5v |
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LOW BATTERY INDICATOR |
Yes |
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LIGHT DURATION |
Up to 14 hours to low power indicator Up to 17 hours total |
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INGRESS PROTECTION |
IP67 |
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WEIGHT(INC.CELLS) |
0.500kg |
0.475kg |
0.500kg |
0.475kg |
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What is ATEX and what does exproof mean? The ATEX directive is a set of European Union standards that define the safety requirements for equipment used in hazardous areas with explosive atmospheres. Exproof (Explosion-proof) refers to protection methods designed to prevent explosions by inhibiting the formation of sparks or electrical arcs in environments containing flammable gases, dust, or vapors. To ensure life and property safety in industrial facilities, the use of ATEX-certified exproof devices is a legal requirement.
ATEX Zone coding is a technical classification based on the frequency and duration of the occurrence of an explosive atmosphere in a given area. While the terms Zone 0, 1, and 2 are used for risks originating from gas, vapor, and mist; the codes Zone 20, 21, and 22 are designated for environments containing combustible dust. This classification is a legal standard that determines the required Equipment Protection Level (EPL) for devices. Accurate zone identification both optimizes operational costs and minimizes occupational safety risks.
In addition to ATEX certification, some projects may also require the IECEx Certification System (International Electrotechnical Commission Explosive Atmospheres System) certification. IECEx is an internationally recognized conformity assessment system for equipment intended for use in explosive atmospheres.
While ATEX is a European Union directive and a legal requirement within the European market, IECEx is a globally accepted certification system, widely preferred in regions such as the Middle East, Asia, and Australia.
From a technical perspective, both ATEX and IECEx are based on similar standards (e.g., the EN/IEC 60079 series). However:
Therefore, while ATEX certification may be sufficient for certain projects, international tenders or critical industries such as oil & gas often prefer or require products that are certified to both ATEX and IECEx standards.
The appropriate certification should be determined based on the project location, client requirements, and application area.
