คุณสมบัติ / Specifications
Port Connection: G 1/4
Maximum Outlet Pressure: 10bar
Minimum Outlet Pressure: 0.3bar
Maximum Input Pressure: 20bar
Manufacturer Series: R07
Pressure Gauge Port Size: Rc 1/8
Port Connection Thread Size: 1/4 in
Pressure Gauge Port Thread Size: 1/8 in
Typical Flow Rate: 25.2m³/h
Port Connection Thread Standard: G
Minimum Operating Temperature: -34°C
Maximum Operating Temperature: +65°C
Overall Length: 42mm
Overall Height: 75mm
Pressure Gauge Port Thread Standard: Rc
สินค้าในกลุ่มนี้ทั้งหมด
IMI Norgren G 1/4 Pneumatic Regulator – 0.3bar to 10bar, 1/4 in, 20bar max. input
รหัสสินค้า: R07-205-RNMG฿1,800.00 Original price was: ฿1,800.00.฿1,440.00Current price is: ฿1,440.00. รวมภาษีมูลค่าเพิ่มแล้ว
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รายละเอียดสินค้า / Product Details
**IMI Norgren Pneumatic Regulator, G1/4, 0.3 to 10 Bar – R07 Series – R07-205-RNMG**
Looking for a reliable solution to protect your air-operated equipment from over-pressurisation? This high-performance pneumatic regulator from IMI Norgren provides excellent stability in pressurised systems by maintaining the correct output air pressure. It’s a pressure-reducing valve that quickly responds to and adjusts pressure variations to ensure compressed air isn’t wasted. Thanks to its wide outlet range of 0.3 to 10 bar, you can use this device in both low-pressure and high-pressure systems.
**Features & Benefits**
• Included wall mounting bracket and panel nut save time and effort during installation
• Analogue gauge doesn’t need power to operate, making it convenient to use
• Zinc alloy body is durable and corrosion-resistant
• Nitrile rubber (NBR) seals are resistant to chemicals and abrasion for long-lasting use
• Maximum input pressure of 20 bar for use in demanding applications
**Applications**
• Food processing equipment
• Cyclic testing machinery
• Welding applications
**Does a pneumatic regulator reduce flow?**
No, unlike a pneumatic flow controller, a pneumatic regulator isn’t designed to control flow rates. It controls output air pressure, which may in turn affect flow rates.