DPG1000B-500G_DPG1000B-1KG_DPG1000B-2KG_DPG1000B-3KG壓力表OMEGA

雙報警和信號報警加模擬輸出

儀表精度試驗

316不銹鋼耐候件

回路測試功能

易于閱讀的3位液晶顯示器

壓力或真空應用

堅固的擠壓鋁外殼

DPG1000系列是***個多功能的工業(yè)壓力/真空計系列。所有DPG1000型號均采用堅固的防濺擠壓鋁外殼，并配有大（半英寸/13毫米高）3位數(shù)字顯示屏。1/4-18 NPT 316不銹鋼配件是壓力連接的標準配件。介質(zhì)兼容性包括與316不銹鋼兼容的任何液體或氣體。DPG1000具有-20至85度（-4至185度）的寬工作溫度范圍。有許多不同的標準壓力/真空范圍，包括壓力表和絕對參考。DPG1000系列還具有-0.25%的精度、2倍的超壓和4倍的爆裂規(guī)格。

DPG1000B-500G_DPG1000B-1KG_DPG1000B-2KG_DPG1000B-3KG壓力表OMEGA

Dual Alarm and Signal Alarm plus Analog Output

±0.25% Test Gauge Accuracy

316 Stainless Steel Wetted Parts

Loop Test Function

Easy-to-Read 3? Digit LCD Display

Pressure or Vacuum Applications

Rugged Extruded Aluminum Case

The DPG1000 series is a versatile family of industrial pressure/vacuum gauges. All DPG1000 models feature a large (?"/13 mm H) 3? digit display in a rugged, splashproof extruded aluminum case. A 1/4 -18 NPT 316 stainless steel fitting is standard for the pressure connection. Media compatibility includes any liquids or gases compatible with 316 stainless steel. The DPG1000 features a wide operating temperature range of -20 to 85°C (-4 to 185°F). Many different standard pressure/vacuum ranges with both gauge and absolute references are available. The DPG1000 series also features ±0.25% accuracy, 2X overpressure and 4X burst specifications. 

AVAILABLE MODELS INCLUDE THE FOLLOWING:

   DPG1000B - Battery powered

   DPG1000L - Loop powered with 4-20 mA output 

   DPG1000AD - ac/dc powered 

   DPG1000ADA - ac/dc powered with dual alarms 

   DPG1000DAR - dc powered with dual alarms and analog output

The DPG1000 is also available with a NEMA 4X rated enclosure. Please see the DPG1100 for complete details, or contact our Pressure department for more information.

The DPG1000 is also available with ±0.10% Accuracy. Please see the DPG1001 for complete details, or contact our Pressure department for more information.

Examples of pricing for popular models is referenced in the "To Order" box. Use the "Part Number Builder" below to get pricing for all available models.