Noshok 25-300-30/30-psi/bar-BT8 1/4 NPT Bottom Conn, 2.5 Brass Case Gauge, Glycerin Filled, 0.8 mm Brass Threaded Orifice

Noshok 25-300-30/30-psi/bar-BT8 1/4 NPT Bottom Conn, 2.5 Brass Case Gauge, Glycerin Filled, 0.8 mm Brass Threaded Orifice

• Pressure Gauge, 2.5″ Brass Case, Copper Alloy Internals, 30/30 psi/bar, 1/4 NPT Male Bottom Conn, Glycerin Filled, 0.8mm Brass Threaded Orifice

• 	SERIES	SPECIFICATIONS
  Pressure ranges	300 Series (all)	Vacuum and compound ranges through 0 psi to 15,000 psi
  Accuracy	25-300, 25-310	±1.6% full scale
  	40-300, 40-310	±1% full scale
  Temperature ranges*	300 Series (all)	Media -4 °F to 140 °F (-20 °C to 60 °C) Ambient 0 °F to 160 °F (-18 °C to 71 °C) Optional temperature ratings available from -40 °F to 212 °F (-40 °C to 100 °C)
  Measuring element	25-300, 25-310 (≤ 600 psi)	Copper alloy “C” tube
  	25-300, 25-310 (800 psi to 6,000 psi)	Copper alloy coiled safety tube
  	25-300, 25-310 (7,500 psi to 15,000 psi)	316 stainless steel coiled safety tube
  	40-300, 40-310 (≤ 1,000 psi)	Copper alloy “C” tube
  	40-300, 40-310 (15,000 psi)	316 stainless steel coiled safety tube
  Connection	25-300, 25-310	1/4″ NPT die-cast brass with the case. 7/16″ – 20 SAE adjustable type straight thread with FKM O-ring is also available as a stock option on many ranges (-4 SAE).
  	40-300, 40-310	1/4″ NPT die-cast brass with the case. 1/2″ NPT is available on certain 40-300 ranges as a stock option, and on all other 40-300 and 40-310’s as a non-stock option.
  Case	300 Series (all)	Die cast brass (natural brass finish) with safety relief plug
  Cover ring	300 Series (all)	Polished brass
  Lens	300 Series (all)	Acrylic with o-ring seal
  Pointer	300 Series (all)	Balanced aluminum, black finish
  Dial	300 Series (all)	Aluminum, white background with black scale. UV resistant.
  Movement	300 Series (all)	Brass and nickel-silver with highly polished bearing surfaces
  Fill liquid	300 Series (all)	Glycerin

  * For every 18 °F (10 °C) shift in temperature from which the gauge is calibrated, the user can experience up to ±0.4% additional error.