1-919-535-3180 | 1-800-360-6802
sales@pdfsupply.com
GE / IP FANUC Series 90/30 In Stock
1-919-535-3180
1-800-360-6802
Mon-Fri 8AM-5PM EST
sales@pdfsupply.com
IC660BBA103
SKU 2175428 UPC 0799705793514
MSRP $7034
Common misspellings:
- 1C660BBA103
- lC660BBA103
- IC66oBBA103
- IC6608BA103
- IC660B8A103
- IC660BBAl03
- IC660BBA1o3
- IC660BBA103
Technical Specifications for IC660BBA103
| Manufacturer | GE Fanuc |
|---|---|
| Series | Genius I/O |
| Part Number | IC660BBA103 |
| Product Type | Thermocouple Input Block |
| Number of Inputs | 6 |
| Block Power | 115V AC, 125V DC |
| Heat Dissipation | 9 W |
| Block to Block Isolation | 1500 Volts |
| Group to Group Isolation | 300 Volts |
| Dimensions | 8.83 x 3.34 x 3.91 inches |
Product Description
The IC660BBA103 is a Thermocouple Block of series 90-30 of GE Fanuc PLCs. It has two isolated equal groups of six thermocouple inputs. It can be powered with either 115 VDC or 125 VAC power. It has a capability of working with 24 or 48 VDC since it comes in two versions. The temperature input signal is measured per 10μV, but in certain conditions, accuracy can drop up to 20μV. The block deploys six thermocouple types, each having dissimilar temperature range and accuracy. Temperature range is between the absolute zero and several thousands of Celsius degrees. The measurements can display in Volts, Celsius, or Fahrenheit.
The IC660BBA103 Thermocouple Block has 32 terminals. Input power, bus switching module control, and field wiring devices can connect to inputs 5 to 32 with AWG #22 or #14 wires. Input block power connects to terminals 5 and 6, and bus switching module connects to terminals 7 and 8. There are also six channels where thermocouple wires connect and two remote cold junction connection inputs.
This equipment can provide the system with a wide range of diagnostics. These include internal fault of open wire error in the block, indication that a one of the thermocouples has exceeded its range, and two types of alarms set by the user. Every input can be set to start a high or low alarm. If the alarm is triggered, circuit faults must be cleared.
To present an accurate temperature measurement, the IC660BBA103 thermocouple block combines temperature measurements. Those come from thermocouple volt signals and cold junction compensation. After power is isolated from each input, an optical coupler provides accurate signal isolation. The volt current frequency signal continues to measure the signal during 400ms. During this time, a multiplexer processes cold junction measurements and internal references. This helps to further decrease the chance of error. Cold junction measurements can apply remotely.
The user can calibrate internal references. If there is a difference between the cold junction temperature and the output measurement, it is possible to set an offset. Using a handheld monitor, the operator can use different compensation methods, disable or enable inputs, and set alarms.
Technical Specifications
| Rated Voltage: | 115 VAC/ 125 VDC |
| # of Points: | 6 |
| Input Interface: | J, K, T, E, B, R, S and N thermocouples |
| Input measurement: | Adjusted up to +/-100 deg C or F |
| Operating Voltage: | 93-132 VAC / 105-145 VDC |
| Points per Common: | 3 groups of 2 |
The GE Fanuc IC660BBA103 Thermocouple Input Block has a nominal power requirement of 115 Volts AC or 125 Volts DC and an operating voltage range of 93 to 132 Volts AC or 105 to 145 Volts DC with one cycle per drop voltage of 10 milliseconds and this voltage can be used for powering up the module through connection at terminals 5 and 6. The GE Fanuc IC660BBA103 Thermocouple Input Block’s applications involve the measurement of the amplification levels, temperature levels, filtering levels, compensation levels, and the voltage-frequency conversion levels. It also features diagnostic facilities that help in finding the faulty connection of the thermocouple inputs and these diagnostics are also known as open-wire diagnostics. The thermocouple wires easily connect to the 6 input channels through connector-type crimp pins that have the right polarity.
Technical Information
Specifications
|
Block Type: |
Six thermocouple–compatible inputs, three isolated groups of two. |
|
CatalogNumbers: 115 VAC / 125VDCThermocoupleBlock TerminalAssemblyOnly Electronics Assembly Only 24 / 48 VDC ThermocoupleBlock TerminalAssemblyOnly Electronics Assembly Only |
IC660BBA103 IC660TBA103 IC660EBA103 IC660BBA023 IC660TBA023 IC660EBA023 |
|
Size (Height x width x depth): Weight: LEDs (I/O Block): HeatDissipation: |
8.83” (22.44cm) x 3.50” (8.89cm) x 3.94” (10.00cm) 4 lbs. (1.8 kg) UnitOK,I / OEnabled 9Wmaximum |
|
Block to Block Isolation: Group to GroupIsolation: |
1500 V for one minute 300 V |
|
115VAC/125 VDCblockpower: Powersupplyvoltage Power supply dropout time: |
115 VAC 125 VDC 93–132 VAC @ 9W 105–145 VDC @ 9W 47–63 Hz 10% max. ripple 1 cycle 10 mS |
|
24/48 VDCblockpower: Powersupplyvoltage Power supply dropout time |
18–56 VDC @ 9W, 10% max. ripple 10mSminimum |
|
InputCharacteristics: Voltagemeasurement: Range Resolution Accuracy (at 25C) Bandwidth of input amplifier filter Temperaturecoefficient |
–25.0mV to +150mV Less than $ 4 ïV Less than $ 10ïV error typ, $ 20ïVmax. 8 Hz $ 2ïV / C typical |
|
Internal Cold Junction Measurement: Range Offset at 25C Linearity Resolution Temperaturecoefficient |
0 to 60C $ 2 C typ. User adjustable to zero at any temperature. $ 0.15C Less than $ 0.01C $ 0.05 per C |
|
External Cold Junction Measurement: Range Scalefactors Resolution Accuracy |
–25.0C to +150.0 C 1.0C per millivolt, 1.0K per microampere Less than $ 0.01 C $ 0.1C |
|
Input update time (all channels): |
2.0 sec (typ), 3.0 sec (max) |
|
Openwire detection response: |
less than 5.0 seconds |
|
Diagnostics: |
Open Wire, Overrange, Underrange, High Alarm, Low Alarm, Internal Fault |
|
Environmental: Operating Temperature Storage Temperature Humidity Vibration: |
0C to +60C (+32F to +140F) –40C to +100 C (–40F to +212F) 5% to 95% (non–condensing) 5–10 Hz 0.2” (5.08mm) displacement, 10–200 Hz at 1G |
Troubleshooting
Troubleshooting IC660BBA103
Troubleshooting information is available on IC660BBA103's website page; it also includes a datasheet, a user manual, and a wiring diagram.
Repair your IC660BBA103
PDF Supply can repair your IC660BBA103 in 3-5 business days. And PDF Supply stands by all of its repairs with a 1 year customer satisfaction warranty.
Customer Questions and Answers
- Question: What is an IC660BBA103? Answer: The IC660BBA103 is an 115 VAC/125 VDC Thermocouple Input Block from the GE Fanuc Genius I/O Series. This block is primarily used for monitoring temperature with standard thermocouple types connected to the inputs. It can also be used for measuring low-level voltage input signals.
- Question: What is the difference between IC660BBA103 and IC660BBA023? Answer: The only difference between these blocks is their power supply.
- Question: How many input circuits does IC660BBA103 have? Answer: This block has 6 input circuits. (They are in 3 separate groups.)
- Question: How much common mode voltage is allowed between 2 points in one group? Answer: +/- 10 V
- Question: What does each group have? Answer: Each group has 2 thermocouple input circuits and 2 remote cold junction compensation inputs.
- Question: What is the group to group isolation? Answer: 300 volts
- Question: The configuration of each channel can be to use what? Answer: The configuration of each channel on IC660BBA103 can be to use an internal sensor, an external sensor, or an user-defined value for cold-junction compensation.
- Question: What diagnostic tests does IC660BBA103 perform? Answer:
- Internal fault detection
- Open Wire detection
- Over range and under range input indication
- High and low input alarms
- Question: What should I do if my IC660BBA103 has failed? Answer: Your IC660BBA103 may need repair.
For more information on the IC660BBA103 Thermocouple Input Block of the GE Fanuc Genius I/O Series, please see the Datasheet User-Manual.
The final letter in the part number (ex. IC660BBA103K) indicates the revision. Revision K and later use the newer style electronic housing and therefore need the newer style plastic door and may indicate some compatibility issues with the terminal strip.
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