Aluminum Case Solid Front Pressure
Gauge
Model:
SF*0.5AC
Introduction
SF*0.5AC pressure adopts aluminum case with stainless steel
measuring system. The solid front design is reinforced at the
front, providing a blow-out back safety case design. A solid
partition wall between the front of the gauge and the Bourdon tube
system will redirect the released energy to the back of the gauge
in which the blow-out back of the safety case design redirects any
lose parts or media to exit through the back of the gauge.
Features
■ OEM Service
■ Case adopts aluminum alloy with stainless steel Bourdon tube
measuring system
■ In-built temperature compensation components
■ Accuracy 0.5%
■ Zero adjustment button on front flange
■ The solid front design, reinforced front and blowout back
ensure operator will not be harmed by accidental explosion
■ The high and low point stop plate are installed in pressure
gauge to ensure steady operation
■ The aluminum case can be replaced by steel case
■ The blow-out back design ensures pressure will not
overload
Main Specifications
▼Size
4.5(**7mm with flange)
6(**2mm with flange, for back mount type only)
▼Installation type
Bottom mount with flange (B)
Back mount with flange (BDE)
▼Window
PC (4.5) / Glass (6)
▼Pressure connection
Material: SS**4
TIG argon arc welding
1/2NPT
Other thread specifications please specify before order
▼Pressure range
Gauge pressure▼
0…0.6 to ***0bar
Vacuum pressure▼
*1…0bar
Compound pressure▼
*1…0 to *0bar
▼Applicable fluid
Liquid and gas that compatible with SS**4
▼Ambient temperature
**0°C to **0°C
▼Fluid temperature
Dry: ***0°C
Glycerin: ***0°C
Silicone oil: ***0°C
▼Protection level
IP *4 (standard) / IP*5 (option)
Other Specifications
▼Ring
Aluminum; solid front design
Epoxy coating
▼Case
SS**4
▼Pointer
Aluminum with black enamel
Micrometer zero adjustable
▼Dial face
Aluminum, black scale on white background
▼Measuring element
Bourdon tube
Material: SS**4
▼Movement
SS**4
▼Blow off disc &gasket
Neoprene
▼Accuracy
0.5%
▼Operating pressure
*5% of max. scale value
▼Overpressure
≤ **0bar:
**5% of max. scale value
**0 to **0bar:
**5% of max. scale value
**0 to ***0bar:
**0% of max. scale value
