Series:Series 90-30
Part Number:IC693MDL753
Product Description:Discrete output module
Product type:Digital I/O
No of Channels:Thirty-Two (32)
No. of output groups:Four (4)
Compatibility:GE Fanuc 90-30 PLCs
No. of groups:Four (4)
Channels per group:Eight (8)
Output points:32
Nominal output voltage:12-24 VDC
Module voltage input:5 Volts DC
Nominal Input voltage:12 / 24 VDC
Off response time, maximum:0.5 ms
LED current draw:4.7 milliamps
Inrush current:5.4 Amps
Current draw:260 mA
Off-state Leakage:1 mA maximum
On response time, maximum:0.5 ms
Off response time, maximums:2 ms
Series:Series 90-30
Manufacturer:GE Fanuc
Part Number:IC693MDL646
Rated Voltage:24 Volts DC
No of Channels:Sixteen (16)
Input signal range:0-30 VDC
On-state Voltage:11.5 to 30 Volts DC
Off-state Voltage:0 to +5 Volts DC
Off state voltage:0-5 VDC
On-state Current:3.2 mA minimum
Off-state Current:1.1 mA maximum
On response time, typical:1 ms
Off response time, maximum:1 ms
Nominal Input voltage:24 VDC
Series:Field Control
Manufacturer:GE Fanuc
Part Number:IC670PBI001
Product Type:Profibus Bus Interface
Product Description:Profibus Bus Interface Unit
Product Family:Field Control
Rated Input Voltage:24 Volts DC
Part Number:IC670PBI001
Voltage Range:18-30 Volts DC
Supported Protocols:Profibus
Input Power:7.7 watts
Power Dissipation:4.45 Watts
Addressing:via embedded DIP switches
Holdup Time:10 ms, maximum
Status LEDs:PWR, RUN, OK
Profibus topology:Linear bus topology
Reliability:180, 000 hours operation MTBF
Series:Field Control
Manufacturer:GE Fanuc
Part Number:IC670MDL740
Product Description:Discrete Output Module
No. of channels:Sixteen (16)
Output Voltage Drop:0.5 Volts maximum
Protection:Built-in fuse for group protection;
Output Leakage Current:0.5 mA at 30 VDC
Output Voltage Drop:0.5 volts, maximum
Weight:2 Pounds
Output signal, nominal:12/24 VDC
Output Voltage Range:9.2-29.5 Volts DC
Output signal, range:9.2 - 29.5 VDC
Number of Outputs:16
Output current:0.5 A per point; 4 A per module
Number of Groups:1
Current drawn from power supply:111 mA