The Dräger Polytron® 3000 is an intrinsically safe gas detector for the continuous monitoring of toxic gases and oxygen in ambient air. It is the part of a new generation of gas detectors developed on a modular platform. Communication to the central control system is done via a 4 to 20 mA signal.
Simple, quick installation The Polytron 3000 consists of two components, the dockingstation, for mechanical and electrical installation, and the Polytron 3000 transmitter. The dockingstation can be mounted and wired in advance, guarded against rain and dust by a modular cover until time of commissioning. During commissioning, the Polytron 3000 is simply inserted into the dockingstation and secured with a quick lock mechanism. After inserting the sensor, the system is ready for operation.
Wide range of applications With its exceptional electromagnetic compatibility and a variety of mounting options, the CE marked Polytron 3000 is suitable for many different areas of application ranging from chemical to the semiconductor industries.
Easy to operate and maintain The operation and maintenance of the Polytron 3000 is easy. The tried and tested DrägerSensor is equipped with an integrated data memory that contains all calibration information. This allows the Polytron 3000 to accept a pre-calibrated sensor, speeding up maintenance or sensor change. If preferred, the sensor can be field calibrated in the transmitter.
Explosion Protection For global use the Polytron 3000 is approved according to ATEX, IECEx, UL and CSA.
PRODUCT CODE : M09 BO COATING MATERIAL : Synthetic leather palm, PVC ultra grip palm patching. LINEAR MATERIAL : Para Aramid, Polyester, Chloroprene EXTERIOR FINISHING : Sewn TPR on fingers and back of hand, Reinforce thumb crotch upto index CUFF STYLE : Adjustable chloroprene cuff with velcro THICKNESS MM : N/A LENGTH MM : 240-270 mm ± 10mm COLOUR : Orange, Yellow & Black SIZE/WRIST : 8, 9, 10, 11 PACKAGING : Pair packed with header card. 6 pairs in an inner box. 6 inner boxes (36 pairs) in a master
Protect your eyes against particulate with these wrap-around style safety glasses from Kennedy®. Ultra-lightweight, these specs can be adjusted at the temples for an individual fit. While the curved arm design improves user comfort for excellent wearability during prolonged use.
Features and Benefits • Anti-scratch treated lenses for product longevity • Wrap-around design gives added brow and temple protection • Non-allergy frames for inclusive use for those with sensitive skin conditions • Delivers UV protection for use both in and out of doors • Gives a 40° field of view for good peripheral vision and hazard awareness
These PU Coated Nylon Lined Gloves from the Halo® PPE range have been designed with comfort and performance in mind. Halo® products are manufactured to suit a diverse workforce and ensure everyone is protected. By choosing Halo® you are supporting worthwhile charities including Mind for Mental Health and The Diversity Trust. Where possible, single-use plastic bags have been removed from Halo® packaging to reduce our impact on landfill and on the environment.
These nylon-lined gloves are polyurethane coated on the palm and offer dexterity and comfort when handling an array of components. Available in a wide range of sizes and colours to suit your exact needs.
Features and Benefits • 13 gauge seamless nylon liner allows for excellent dexterity and protection as well as comfort • Polyurethane (PU) coated palms ensure great dexterity even when dry or slightly damp • Knitted wrists prevent the ingress of dirt and debris • Colour-coded binding for easy size identification • Available in white, grey, or black to suit your preferences • Available in a wide range of sizes to suit your needs
Standards • Halo® products are BSI tested • EN 388:2016 4.1.4.1.X.
The Dräger Polytron® 3000 is an intrinsically safe gas detector for the continuous monitoring of toxic gases and oxygen in ambient air. It is the part of a new generation of gas detectors developed on a modular platform. Communication to the central control system is done via a 4 to 20 mA signal.