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Description
ie1000a ip66-rated, elastomer-sealed 500-1000 slm mass flow controller IE1000A Mass Flow Controller, IP66-rated, Elastomer-sealed, 500 - 1000 slm

Specifications

  • Type
    Mass Flow Controller
  • Full Scale Flow Range
    501-1000 slm (N2 equivalent)
  • Fitting Type
    Compatible with:
    12 mm Swagelok
    0.5 in. tube compression
    0.75 in. compression
    0.5 in. NPT female
    0.75 in. NPT female
    8 VCR male
    8 VCO male
  • Connector
    Profibus
    PROFINET
    15 pin D (Analog 0-5 VDC I/O)
    15 pin D (4-20 mA I/O)
  • Maximum Inlet Pressure
    150 psig
  • Normal Operating Pressure Differential
    40-50 psid
  • Burst Pressure
    1500 psig
  • Control Range
    2-100% of Full Scale
  • Typical Accuracy
    ±1% of set point for >20% to 100% Full Scale
    ± 0.25% of Full Scale for 5% to 20% Full Scale
  • Repeatability
    ±0.5% of Reading
  • Resolution
    0.1% of Reading
  • Zero Temperature Coefficient
    <0.05% of Full Scale/°C
  • Span Temperature Coefficient
    <0.08% of Reading/°C
  • Inlet Pressure Coefficient
    <0.08% of Reading/psi
  • Typical Settling Time
    <3 sec typical above 10% Full Scale @ 50 psi
  • Warm-up Time
    1 hour
  • Operating Temperature
    10-50°C
  • Storage Humidity
    0-95% Relative Humidity, non-condensing
  • Storage Temperature
    -20° to 65°C
  • External Leak Integrity
    <1 x 10-9 (scc/sec He)
  • Leak Integrity Through Closed Valve
    <1.0% Full Scale at 40 psia to vac (<500 mTorr)
  • Seal Material
    Viton®
    Buna
    Neoprene®
    EPDM
  • Wetted Materials
    316 S.S., Elgiloy, 430FR, PTFE (Standard)
  • Surface Finish
    16 µinch average Ra
  • Enclosure Rating
    IP66
  • Power Requirements
    15-24 VDC @ (<8 watts)
  • Flow Input Output Signal
    Voltage: 0-5 VDC
    Current: 4-20 mA
  • Analog I/O Connector
    Voltage:15-pin Type "D" male
    Current: 15-pin Type "D" male
  • Weight
    12.7 lbs. (5.8 kg)
  • Compliance
    CE

Features

Communications

Digital I/O Profibus® PROFINET®
Input Power Required +15 to +24 VDC (<2 watts) +24 VDC (<3 watts)
Connector 9 pin Type D male (power)
9 pin Type D female (comm.)		 2 x RJ-45 (comm.) male
M8 male 5 pin (power)
Data Rate Switch/Selection No switch
Set data rate via Profibus		 No switch
Comm. Rate(s) 9.6 Kbps to 12 Mbps 100 Mbps
MAC ID Switches/Addresses 2 switches, 10 positions n/a
Network Size Up to 99 nodes n/a
Visual Indicators LED Comm (green/red)
LED Error (green/red)		 LED Maint (amber)
LED BUS Fault (red)
LED Ready (green)
LED Sys Fault (red)
Compliance CE CE

Fast Settling Time

Settling times of 2 to 3 seconds and set point accuracies below 1% of set point exceed those of other typical high flow MFCs. Precise control is maintained down to 2% of the MFC’s configured Full Scale flow range. The multi-gas/multi-range capability, along with tight performance specifications for accuracy, control range, and transient response allow users to minimize inventory of high flow MFC part numbers.

Multi-Gas / Multi-Range Capability

The multi-gas/multi-range feature (along with other custom controls) is accessed through the MFCs embedded diagnostic interface, which requires no special software or hardware to operate. A standard Ethernet cable and JAVA-enabled HTML browser, widely available, are all the tools needed. The critical gas parameters for typical high flow rate gases are already stored on the device. Configuring the device is simply a matter of selecting the gas from a drop down menu and specifying the desired Full Scale flow range. The diagnostic interface also allows the user to perform routine device health checks, plot flow response, and store operating data for offline analysis.

IP66 Rated Enclosure

Thesre mass flow controllers are designed for use in harsh environments where resistance to liquid and dust ingress are essential. Applications include those where “hose down” may be required, such as industrial glass production where moisture and particulates are present. With its IP66 rated enclosure, these MFCs meet the stringent requirements of these aggressive environments.

Resources

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