คุณสมบัติ / Specifications
Port Connection: Without Yoke
Maximum Outlet Pressure: 10bar
Minimum Outlet Pressure: 0.3bar
Maximum Input Pressure: 17bar
Manufacturer Series: R64G
Integral Check Valve: Without Check Valve
Minimum Operating Temperature: -20°C
Maximum Operating Temperature: +80°C
Overall Dimensions: 157 x 74 x 254mm
Overall Length: 157mm
Overall Height: 254mm
Overall Width: 74mm
สินค้าในกลุ่มนี้ทั้งหมด
Norgren Without Yoke Pneumatic Regulator – 0.3bar to 10bar, 17bar max. input
รหัสสินค้า: R64G-NNK-RMN฿7,983.00 Original price was: ฿7,983.00.฿6,386.00Current price is: ฿6,386.00. รวมภาษีมูลค่าเพิ่มแล้ว
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รายละเอียดสินค้า / Product Details
**IMI Norgren Pneumatic Regulator, 0.3 to 10 Bar Outlet Pressure, R64G Series – R64G-NNK-RMN**
This IMI Norgren pneumatic regulator is a high-flow pressure-reducing valve that controls and maintains output pressures in your compressed-air applications. Wide operating temperatures ranging from -20°C to +80°C make it suitable for use with demanding applications in harsh ambient conditions. You can mount the unit in any position according to your setup and operational specifications. It responds quickly to varying pressures to provide reliable regulation and prevent the loss of pressurised energy.
**Features & Benefits**
• Zinc body and aluminium bonnet withstand corrosion and make the unit robust and durable
• Synthetic rubber seals ensure an airtight component to prevent the unnecessary loss of compressed air
• Brass valves contain very low levels of lead, for use in the food and beverage industries
**Applications**
• Gas grills
• Heating furnaces
• Industrial applications
• Cyclic testing machinery
**How does a pneumatic regulator work?**
A pneumatic regulator controls pressures by automatically disconnecting gas or liquid flow when the system reaches a pre-set pressure. The unit often uses wire coil springs to perform this function.
**How do I choose the right pneumatic regulator?**
Size is the first consideration in choosing a pneumatic regulator, as an incorrect fit will result in wasted energy.