Product Data Document
July 16, 2007 - Page
Bristol® Remote Ethernet I/O
ControlWave Discrete Output Module
•Number of outputs: 16
•Output voltage: 10 to 30 Vdc
•Maximum output current per channel: 1 Amp
•Maximum output current (all 8 channels): 8 Amp
•Maximum off state leakage current: 0.05 mA
•Pulse duration output: Configurable
•Scan rate: 2 mS
ControlWave Analog Input Module
•Number of inputs: 16
•Input range:
•A/D resolution: 14 bit (0.01%)
•Full scale accuracy @ 20°C:
•Span and offset temp. coefficient: +/- 50 ppm per°C
•Input impedance: 100 Ohms
•Input current protection: field replaceable fusible shunts
•Scan rate: 5 mS
ControlWave Analog Instrumentation Input Mod- ule
•Between inputs and ground: 1200 Volts
•Input impedance: Voltage 200 KΩ Current 100 Ohms
•Input current protection: field replaceable fusible shunts
•Scan rate: 100 mS
ControlWave RTD/DI Input Module
•Number of inputs: 4 RTD inputs and 4 DI
•RTD inputs: 100 ohm platinum,
•A/D resolution: 16 bit (0.0031%)
•Scan rate: 700 ms (4 RTD)
•DI specifications same as for 16 DI module
•Scan rate: 20 ms (4 DI)
ControlWave Mixed 8DI/8AI Input Module
•Number of inputs: 8 AI and 8 DI
•Specification same as 16 AI module and 16 DI module
ControlWave Mixed 8DI/8DO Input Module
•Number of inputs: 8 DI and 8 DO
•Specification same as 16 DI module and 16 DO modules
•Number of inputs: 8
•Input range: Isolated Current or Thermocouple
•
•J, K, E, R, T, B, C, N, S thermocouple Cold- junction compensated and reported as °F, °C, or 0.1°C
•A/D resolution: 16 bit (0.0031%)
•Full scale accuracy @ 20°C:
•Span and offset temp. coefficient: +/- 30 ppm per°C
•Common mode isolation:
•Between two input terminals:
ControlWave Mixed 8AI/4AO Module
•Number of inputs: 8 AI and 4 AO
•Specification for AI’s same as 16 AI module
•Output range: 4 – 20 mA
•D/A resolution: 16 bit
•Full scale accuracy @ 20°C:
•Maximum output settling time: 5 mS
•External loop supply: 10 – 30 V dc
•Load resistance: 0 – 750 Ω
•Short circuit protection: Current limiting
•Scan rate: 5 mS
Remote Automation Solutions
Website: www.EmersonProcess.com/Remote