Showing 8–14 of 81 results

จุดเด่นของ Mecair – CSN 8 Enclosures for Non-Hazardous Locations (up to 8 Valves)

  • Weight: 5 kg
  • NBR Gaskets
  • 6 to 8 Solenoid Pilots
  • Class H Coil Insulation
  • Operating Temperature: −20°C/+60°C
  • Stainless Steel Spring and Plunger; Diecast Aluminum Cover; Extruded Aluminum Base

จุดเด่นของ Mecair – CXD 4 ATEX and IP67 HAZARDOUS ENCLOSURES (up to 4 Valves)

  • Weight: 5 kg
  • 1 to 4 Solenoid Pilots
  • Class H Coil Insulation
  • Operating Temperature: −20°C/+60°C
  • Top Cover: Diecast Aluminium; Base: Extruded Aluminum

จุดเด่นของ Mecair – CXD 8 ATEX and IP67 HAZARDOUS ENCLOSURES (up to 8 Valves)

  • Weight: 8.5 kg
  • 5 to 4 8 Solenoid Pilots
  • Class H Coil Insulation
  • Operating Temperature: −20°C/+60°C
  • Top Cover: Diecast Aluminium; Base: Extruded Aluminum

จุดเด่นของ Mecair - DS Series 12 Outputs Sequencer

  • Low cost with high performance and guaranteed reliability.
  • Rotary Analogue Dials for quick and easy adjustment of pulse On time and Off time.
  • Short circuit protection on each output.
  • Simple to install and operate.
  • Remote stop functionality and post-cleaning blow-down cycles.
  • Conforms to the requirements of CE, FCC, RCM, UL and ATEX

จุดเด่นของ Mecair – VXP-208 AISI Threaded Valve Size 1”

  • Class H Coil Insulation
  • Pressure Range: 0.5 to 7.5 Bar
  • Media Fluids: Filtered Air and Oil-Free
  • Ø A : 1” WEIGHT IN 1.13 kg

จุดเด่นของ Mecair - DS Series 12 Outputs Sequencer

  • High-performance, cost-minimising controller.
  • Expansion cards extend the control up to 360 solenoid outputs.
  • Quick Pulse Technology.
  • ECS supports parallel pilot valve connection.
  • Low temperature operation −40°C (−40°F).
  • Automatic pilot valve detection.
  • Voltage-free coil error output and a visual indication on the display showing which pilot valve output has an error, enabling quick fault finding and debugging.
  • Conforms to the requirements of CE, FCC, RCM & ATEX (not applicable to ECS/ECX combination products).

NEW

Filter Failure Alarm PROCESS AND APPLICATION CONDITIONS