Barocel 7100 - 0.1mbar 8VCR, Capacitance Manometer, W603325220

Part Number: W603325220
USD 3,245.30
USD 3,818.00 Price
Your Price (discount of 15%)

Variant

Explore the range of variants given below to compare the product

Short Description Part Number Connection Inlet Flange Temperature Ambient Operation Max Classification Product Pressure Range Measurement Uncertainty Power consumption Max String Pressure Measurement Max Pressure Measurement Min Material Exposed to Vacuum
W603211120 DN 16 ISO-KF (NW16) 313.15 Rough Vacuum: 1000 mbar - 1 mbar 0.15% ± temperature effect 8W <12W during heat up; <8W during operation 1.333 × 10⁵ 13.33 Ceramics (Al2O3≥99.5%), Stainless steel AISI 316L
W603211220 8" VCR Female 313.15 Rough Vacuum: 1000 mbar - 1 mbar 0.15% ± temperature effect 8W <12W during heat up; <8W during operation 1.333 × 10⁵ 13.33 Ceramics (Al2O3≥99.5%), Stainless steel AISI 316L
W603212120 DN 16 ISO-KF (NW16) 313.15 Rough Vacuum: 1000 mbar - 1 mbar 0.15% ± temperature effect 8W <12W during heat up; <8W during operation 13332.24 1.33 Ceramics (Al2O3≥99.5%), Stainless steel AISI 316L
W603212220 8" VCR Female 313.15 Rough Vacuum: 1000 mbar - 1 mbar 0.15% ± temperature effect 8W <12W during heat up; <8W during operation 13332.24 1.33 Ceramics (Al2O3≥99.5%), Stainless steel AISI 316L
W603213120 DN 16 ISO-KF (NW16) 313.15 Rough Vacuum: 1000 mbar - 1 mbar 0.15% ± temperature effect 8W <12W during heat up; <8W during operation 1333.22 0.133 Ceramics (Al2O3≥99.5%), Stainless steel AISI 316L
W603214120 DN 16 ISO-KF (NW16) 313.15 Medium Vacuum: 1 mbar - 1·10⁻³ mbar 0.15% ± temperature effect 8W <12W during heat up; <8W during operation 133.32 0.013 Ceramics (Al2O3≥99.5%), Stainless steel AISI 316L
W603214220 8" VCR Female 313.15 Medium Vacuum: 1 mbar - 1·10⁻³ mbar 0.15% ± temperature effect 8W <12W during heat up; <8W during operation 133.32 0.013 Ceramics (Al2O3 ≥ 99.5%), stainless steel AISI 316L
W603215120 DN 16 ISO-KF (NW16) 313.15 Medium Vacuum: 1 mbar - 1·10⁻³ mbar 0.15% ± temperature effect 8W <12W during heat up; <8W during operation 13.33 1.333 × 10⁻³ Ceramics (Al2O3≥99.5%), Stainless steel AISI 316L
W603215220 8" VCR Female 313.15 Medium Vacuum: 1 mbar - 1·10⁻³ mbar 0.15% ± temperature effect 8W <12W during heat up; <8W during operation 13.33 1.333 × 10⁻³ Ceramics (Al2O3≥99.5%), Stainless steel AISI 316L
W603221120 DN 16 ISO-KF (NW16) 313.15 Rough Vacuum: 1000 mbar - 1 mbar 0.15% ± temperature effect 8W <12W during heat up; <8W during operation 1.100 × 10⁵ 10.00 Ceramics (Al2O3≥99.5%), Stainless steel AISI 316L
W603222120 DN 16 ISO-KF (NW16) 313.15 Rough Vacuum: 1000 mbar - 1 mbar 0.15% ± temperature effect 8W <12W during heat up; <8W during operation 10000.00 1.00 Ceramics (Al2O3≥99.5%), Stainless steel AISI 316L
W603222220 8" VCR Female 313.15 Rough Vacuum: 1000 mbar - 1 mbar 0.15% ± temperature effect 8W <12W during heat up; <8W during operation 10000.00 1.00 Ceramics (Al2O3≥99.5%), Stainless steel AISI 316L
W603223120 DN 16 ISO-KF (NW16) 313.15 Rough Vacuum: 1000 mbar - 1 mbar 0.15% ± temperature effect 8W <12W during heat up; <8W during operation 1000.00 0.100 Ceramics (Al2O3≥99.5%), Stainless steel AISI 316L
W603224120 DN 16 ISO-KF (NW16) 313.15 Medium Vacuum: 1 mbar - 1·10⁻³ mbar 0.15% ± temperature effect 8W <12W during heat up; <8W during operation 100.00 0.010 Ceramics (Al2O3≥99.5%), Stainless steel AISI 316L
W603225120 DN 16 ISO-KF (NW16) 313.15 Medium Vacuum: 1 mbar - 1·10⁻³ mbar 0.15% ± temperature effect 8W <12W during heat up; <8W during operation 10.00 1.000 × 10⁻³ Ceramics (Al2O3≥99.5%), Stainless steel AISI 316L
W603225220 8" VCR Female 313.15 Medium Vacuum: 1 mbar - 1·10⁻³ mbar 0.15% ± temperature effect 8W <12W during heat up; <8W during operation 10.00 1.000 × 10⁻³ Ceramics (Al2O3≥99.5%), Stainless steel AISI 316L
W603311220 8" VCR Female 323.15 Rough Vacuum: 1000 mbar - 1 mbar 0.2% ± temperature effect 1W <15W during heat up; <10W during operation 1.333 × 10⁵ 13.33 Stainless steel AISI 316L; Ceramics (AL2O3≥99.5%)
W603312120 DN 16 ISO-KF (NW16) 323.15 Rough Vacuum: 1000 mbar - 1 mbar 0.2% ± temperature effect 1W <15W during heat up; <10W during operation 13332.24 1.33 Stainless steel AISI 316L; Ceramics (AL2O3≥99.5%)
W603312220 8" VCR Female 323.15 Rough Vacuum: 1000 mbar - 1 mbar 0.2% ± temperature effect 1W <15W during heat up; <10W during operation 13332.24 1.33 Stainless steel AISI 316L; Ceramics (AL2O3≥99.5%)
W603313120 DN 16 ISO-KF (NW16) 323.15 Rough Vacuum: 1000 mbar - 1 mbar 0.2% ± temperature effect 1W <15W during heat up; <10W during operation 1333.22 0.133 Stainless steel AISI 316L; Ceramics (AL2O3≥99.5%)
W603313220 8" VCR Female 323.15 Rough Vacuum: 1000 mbar - 1 mbar 0.2% ± temperature effect 1W <15W during heat up; <10W during operation 1333.22 0.133 Stainless steel AISI 316L; Ceramics (AL2O3≥99.5%)
W603314120 DN 16 ISO-KF (NW16) 323.15 Medium Vacuum: 1 mbar - 1·10⁻³ mbar 0.2% ± temperature effect 1W <15W during heat up; <10W during operation 133.32 0.013 Stainless steel AISI 316L; Ceramics (AL2O3≥99.5%)
W603314220 8" VCR Female 323.15 Medium Vacuum: 1 mbar - 1·10⁻³ mbar 0.2% ± temperature effect 1W <15W during heat up; <10W during operation 133.32 0.013 Stainless steel AISI 316L; Ceramics (AL2O3≥99.5%)
W603315120 DN 16 ISO-KF (NW16) 323.15 Medium Vacuum: 1 mbar - 1·10⁻³ mbar 0.2% ± temperature effect 1W <15W during heat up; <10W during operation 13.33 1.333 × 10⁻³ Stainless steel AISI 316L; Ceramics (AL2O3≥99.5%)
W603315220 8" VCR Female 323.15 Medium Vacuum: 1 mbar - 1·10⁻³ mbar 0.2% ± temperature effect 1W <15W during heat up; <10W during operation 13.33 1.333 × 10⁻³ Stainless steel AISI 316L; Ceramics (AL2O3≥99.5%)
W603321120 DN 16 ISO-KF (NW16) 323.15 Rough Vacuum: 1000 mbar - 1 mbar 0.2% ± temperature effect 1W <15W during heat up; <10W during operation 1.000 × 10⁵ 10.00 Stainless steel AISI 316L; Ceramics (AL2O3≥99.5%)
W603321220 8" VCR Female 323.15 Rough Vacuum: 1000 mbar - 1 mbar 0.2% ± temperature effect 1W <15W during heat up; <10W during operation 1.000 × 10⁵ 10.00 Stainless steel AISI 316L; Ceramics (AL2O3≥99.5%)
W603322120 DN 16 ISO-KF (NW16) 323.15 Rough Vacuum: 1000 mbar - 1 mbar 0.2% ± temperature effect 1W <15W during heat up; <10W during operation 10000.00 10.00 Stainless steel AISI 316L; Ceramics (AL2O3≥99.5%)
W603322220 8" VCR Female 323.15 Rough Vacuum: 1000 mbar - 1 mbar 0.2% ± temperature effect 1W <15W during heat up; <10W during operation 10000.00 10.00 Stainless steel AISI 316L; Ceramics (AL2O3≥99.5%)
W603323120 DN 16 ISO-KF (NW16) 323.15 Rough Vacuum: 1000 mbar - 1 mbar 0.2% ± temperature effect 1W <15W during heat up; <10W during operation 1000.00 0.100 Stainless steel AISI 316L; Ceramics (AL2O3≥99.5%)
W603323220 8" VCR Female 323.15 Rough Vacuum: 1000 mbar - 1 mbar 0.2% ± temperature effect 1W <15W during heat up; <10W during operation 1000.00 0.100 Stainless steel AISI 316L; Ceramics (AL2O3≥99.5%)
W603324120 DN 16 ISO-KF (NW16) 323.15 Medium Vacuum: 1 mbar - 1·10⁻³ mbar 0.2% ± temperature effect 1W <15W during heat up; <10W during operation 100.00 0.010 Stainless steel AISI 316L; Ceramics (AL2O3≥99.5%)
W603324220 8" VCR Female 323.15 Medium Vacuum: 1 mbar - 1·10⁻³ mbar 0.2% ± temperature effect 1W <15W during heat up; <10W during operation 100.00 0.010 Stainless steel AISI 316L; Ceramics (AL2O3≥99.5%)
W603325120 DN 16 ISO-KF (NW16) 323.15 Medium Vacuum: 1 mbar - 1·10⁻³ mbar 0.4% ± temperature effect 1W <15W during heat up; <10W during operation 10.00 1.000 × 10⁻³ Stainless steel AISI 316L; Ceramics (AL2O3≥99.5%)
W603325220 8" VCR Female 323.15 Medium Vacuum: 1 mbar - 1·10⁻³ mbar 0.4% ± temperature effect 1W <15W during heat up; <10W during operation 10.00 1.000 × 10⁻³ Stainless steel AISI 316L; Ceramics (AL2O3≥99.5%)

Gauge Direct Pressure Measurement

Precision direct vacuum gauges are the best choice to measure and control your process. These gauges offers the best accuracy but in contrast to broad vacuum gauges only operate in a small pressure spectrum. Edwards offers capacitance gauges with the Barocel series and diaphragm gauges with ASG2.

Barocel Series Capacitance Manometer

Edwards Barocel 7000 series is our most accurate offering ever in vacuum gauging. The Barocel 7000 series has 3 main variants, 7025m, 7025 and 7045/7100. These are available in a range of full-scales from 1000 to 0.1 mbar/torr (100 to 10 for the 7025m) and with a number of flange options. This enables pressure measurement and control over 7 decades and simplicity when fitting to your system.

 

Barocel Gauges have been introduced based on customers needs for ever more accurate measurement and control of systems. With ambient and heated offerings we can offer superior performance and reliability that means you can fit and forget it.

7045 / 7100 - Heated

Using the same measuring cell found in the 7025, these gauges then have integrated heaters to hold the gauges at fixed temperatures. For applications with harsh gasses, where condensation could cause an issue, we have implemented two levels of heated gauges. Heated to steady temperatures of either 45°C (7045) or 100°C (7100), these provide you with piece of mind that you will not get condensates in the gauge that could lead to damage to your control network.

 

Features and Benefits

  • Superior performance - Excellent zero stability and accuracy
  • System enhancement - Simple integration with dual set points for enhanced control
  • Flexible solutions - From compact to heated and everything between
  • Low cost of ownership - Zero maintenance required

General Product Information

Connection Inlet Flange 8" VCR Female
Power Supply Voltage DC 14-30V
Dimension Length 0.082
IP Rating IP40
Power Supply Frequency DC Voltage
Dimension Height 0.146
Dimension Width 0.082
Connector Electrical Power DSUB 15-PIN - Male
Recommended Controller TIC - Turbo & Instrument Controller - power and cotrol
Dimension Comments The dimensions length, width and height try to describe the outer shape of this particular product in its typical orientation when standing on the ground. We always recommend checking the detailed dimensions given in 2D drawings in the instruction manual or the 3D shapes given in 3D models.

Environmental Conditions

Temperature Ambient Operation Max 323.15
Temperature Ambient Operation Min 283.15
Temperature Ambient Storage Min 253.15
Temperature Ambient Storage Max 338.15

Classification

Classification Product Pressure Range Medium Vacuum: 1 mbar - 1·10⁻³ mbar
Classification Principle of Measurement Capacitance diaphragm vacuum gauges

Performance Data

Measurement Uncertainty 0.4% ± temperature effect
Power consumption Max String 1W
<15W during heat up; <10W during operation
Pressure Measurement Max 10.00
Pressure Measurement Min 1.000 × 10⁻³

Material of Construction

Material Exposed to Vacuum Stainless steel AISI 316L; Ceramics (AL2O3≥99.5%)

Operation Conditions - Limitations

Pressure Inlet Max Overpressure 6.000 × 10⁵
Temperature Baking Max 383.15

Connectivity - Communication Interface

Communication Interfaces Customer 0-10 V (analog output - linear)
RS232 (serial)
Connection Electrical Comms Interface Connector DSUB 15-PIN - Male
Product Title Part Number Price Add to cart
Adapter Cable Barocel 7025/45/100 to TIC D40003050 USD 198.05
TIC Instrument Controller 6 head Capman D39702000 USD 5,568.35
TIC - Instrument Controller 6 head Capman - factory calibration, D3970200C D3970200C USD 5,789.35