Wika Capsule Pressure Gauge Model 612.20.100, 0...300 mbar, Dual Scale, 4" Dial, 1/2" NPT Lower Mount, 84272196
Serving Kuwait, Saudi Arabia and entire GCC with express delivery.
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WIKA 84272196 — Wika Capsule Pressure Gauge Model 612.20.100, 0...300 mbar, Dual Scale, 4" Dial, 1/2" NPT Lower Mount, 84272196. Stocked by Indspare for Kuwait and GCC delivery.
The WIKA 612.20.100 capsule pressure gauge provides accurate measurement of low pressures from 0…300 mbar using a copper alloy capsule measuring system. A 100 mm dial with 0…300 mbar primary scale and red mmWC secondary scale allows easy reading of pressure in mbar and water column units. The instrument is built with a stainless steel case and cam-ring (bayonet) bezel, flat instrument glass window and 1/2" NPT lower Mount process connection, offering a rugged housing for industrial, HVAC and environmental applications. Design and performance are based on EN 837-3 with class 1.6 accuracy and typical permissible ambient temperatures from -20…+60 °C. This configuration is well suited for low-pressure pneumatic systems, filter monitoring and level indication where medium pressure ranges up to 300 mbar are required.
Key Features
- Capsule pressure gauge, industrial series model 612.20.100 for ultra-low pressures
- Dual scale 0…300 mbar primary & secondary scale mmWC (red).
- 1/2" NPT lower Mount process connection
- Copper alloy capsule measuring system for dry, non-aggressive gases
- Stainless steel case with cam-ring (bayonet) bezel and flat glass window
- Accuracy class 1.6 to EN 837-3
- Typical ambient temperature -20…+60 °C, medium temperature up to +100 °C
- High resolution at low pressures for accurate draft and level indication
- Made in Switzerland.
Typical Applications
- Draft and chimney pressure monitoring in boilers, heaters and flues
- Filter and blower differential pressure indication at very low pressures
- Sensitive low-pressure pneumatic control and monitoring
- Level measurement in open tanks using mmWC indication at low ranges
- Laboratory and environmental monitoring of ultra-low gas pressures