• Fingerless design for ultimate dexterity • Reinforced and padded palm • Built-in terry cloth sweat wipe • Built-in terry cloth sweat wipe • Breathable lining provides all day comfort
- Continuous detection of VOC gas in explosion hazardous area with flame proof structure - Self diagnosis function with built-in Microprocessor - Low concentration VOC gas detection by PID sensor - Stable quality and proved detection principle for service life - Multi functions and high quality with low cost of ownership - Built-in back light LCD or OLED display - Easy Configuration of monitoring by HART communication - Auto calibration and program setting with a magnet bar - 4-20mA (Current source or Sink) output signal - With the alarm unit - Normal : Green LED - Alarm : Red LED, Buzzer(95 dB) - Trouble : Yellow LED - 3-wire connection for signal & power - Calibration and maintenance by one-man
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
For use in industrial applications where a simple, robust and easy to use breathing apparatus is required, the Dräger PAS® Lite Self-Contained Breathing Apparatus (SCBA) combines reliability with comfort and performance, as well as excellent service life and easy maintenance.
The full face mask Dräger X-plore® 6530 is the successor to the Panorama Nova® RA masks, meeting the highest demands for quality, reliability and secure fit. The mask body made from EPDM is highly resistant and skin-friendly, offering high wearing comfort.