GE / IP FANUC Series 90/30 In Stock
IC695HSC308
RX3i HSC308 High Speed Counter
SKU 2170412 UPC 0327329966337
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Other Available Revisions for the IC695HSC308 IC695HSC308-AAIC695HSC308-BAIC695HSC308-CAIC695HSC308-DAIC695HSC308-LT
Common misspellings:
- 1C695HSC308
- IC695HSC3o8
- IC695HSC30b
- IC695HSC308
Technical Specifications for IC695HSC308
| Manufacturer | GE Fanuc |
|---|---|
| Series | RX3i PACSystems |
| Part Number | IC695HSC308 |
| Product Type | Counter Module |
| Number of Counter Channels | 8 counters (16 inputs and 14 outputs) |
| Maximum Count Rates | 1.5 Megahertz with configurable input filtering |
| Backplane Power Requirements | 94 milliamps maximum at 5 Volts and 561 milliamps maximum at 3.3 Volts |
| Input Voltages | 5 Volts DC nominal or 12 to 24 Volts DC nominal |
| Peak Input Voltage | 35 Volts DC |
| Input Impedance | 10 kiloohms |
Product Description
The IC695HSC308 is a High Speed Counter module from the GE Fanuc RX3i Series. This module provides direct processing of rapid pulse signals up to 1.5 MHz for industrial control applications. See specifications for this unit on IC695HSC308's website page.
Technical Specifications
| Processing Speed: | 1.5 MHz |
| Input Voltage Range: | 5 VDC or 12 to 24VDC |
| Output Voltage Range: | 4.7 to 40VDC |
| Module Type: | High Speed Counter |
| Input/Output Type: | Positive Logic |
| Power Consumption: | 457mA @ 3.3V, 64 mA @ 5V |
Other Information
The IC695HSC308 High Speed Counter Module
The IC695HSC308 is a High Speed Counter module from the GE Fanuc RX3i Series.
Authorized Distributors
The IC695HSC308 module meets requirements of standards like the CE, UL/cUL 508, 1604, and ATEX standards. The module has 8 counter channels for 16 inputs and 14 outputs. Also, this high-speed counter can be configured as a user-defined counter type and also as Type A, B, C, D, E, or Z. The unit is equipped with LED indicators for the module status, field status, and terminal block status. The IC695HSC308 module has an isolation voltage of 250 Volts AC continuous and 2500 Volts AC for 1 minute. The isolation voltage refers to the field to backplane (optical) voltage and the field to frame ground voltage. The unit has maximum on-state voltage drop/output of 0.35 Volts at 1.5 Amps and a minimum load current of 0 milliamps. The output current rating of the IC695HSC308 module is up to 1.5 Amps per channel and 10.5 Amps maximum per module. The module has a nominal input voltage of 5 Volts DC or 12 to 24 Volts DC. The peak input voltage is 35 Volts DC.
Technical Information
Specifications:
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Number of Counter Channels |
IC695HSC304: 4 counters (8 inputs and 7 outputs) IC695HSC308: 8 counters (16 inputs and 14 outputs) |
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High Speed Counter Types |
Configurable as Type A, Type B, Type C, Type D, Type E, Type Z, and User- Defined. |
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Maximum Count Rates |
1.5MHz with configurable input filtering, all counter types except 750kHz for Type C or User-Defined when using four counter outputs. (40 MHz internal oversampling). For A-Quad B count mode, 1.5MHz is the maximum overall count rate. |
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Counting Range |
-2147483648 to 2147483647 |
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Oscillator Accuracy over Operating Temperature Range |
±100 PPM |
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Oscillator Drift Over Time |
±5 PPM/year maximum |
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Backplane Power Requirements |
IC695HSC304: |
64mA maximum @ 5V 457 mA maximum @ 3.3V |
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IC695HSC308 |
94mA maximum @ 5V 561mA maximum @ 3.3V |
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LEDs |
Module Status (S1), Field Status (S2), Terminal Block (TB), plus LEDs to indicate state of each input and output point. |
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Input Voltages |
5VDC nominal: 4.7VDC to 5.5VDC 12 to 24VDC nominal: 10VDC to 26.4VDC |
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Peak input voltage |
35VDC |
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Input Impedance |
10K Ohms |
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Output Voltage Range |
4.7 to 40VDC, VA/VB input range |
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Output Current Rating |
1.5A maximum per channel, 10.5A maximum per module |
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Thermal Derating |
Number of output points on at the same time depends on ambient temperature and current per point. For module IC695HSC308, thermal derating also depends on distribution of output points on the module. See the charts that follow |
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Output Control |
Module outputs can be mapped to any number of counter setpoint outputs. Each counter controls up to 4 setpoints with “turn on” and “turn off” values. If multiple setpoint outputs are assigned to the same external module output, the signals are logically ORed. External outputs can optionally be configured for control through output scan bits from PLC memory. |
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Surge Current per Point |
4.5A < 450uS (Self-protected for overcurrent faults) |
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Minimum Load Current |
0mA (up to 150mA to satisfy open load detection) |
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Maximum On State Voltage Drop/Output |
0.35V @ 1.5A |
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Maximum Off-State Leakage Current/Output |
200μA |
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Output Delay time |
Off to On: 125uS @ 1.5A On to Off: 85uS @ 1.5A |
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Current Limit |
4.5A < 450uS, 1.5A continuous |
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Reverse Polarity Protection |
Outputs protected from reverse wiring |
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Isolation, Field to Backplane (optical) and to frame ground. |
250 VAC continuous; 2500 VAC for 1 minute |
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Troubleshooting
Troubleshooting IC695HSC308
Troubleshooting information is available on IC695HSC308's website page; it also includes a datasheet user-manual and a wiring diagram.
Repair your IC695HSC308
PDF Supply can repair your IC695HSC308 in 3-5 business days. And PDF Supply stands by all of its repairs with a 2 year customer satisfaction warranty.
Action of the Encoder Fault Signal on the IC695HSC304 and IC695HSC308
Description
Action of the Encoder Fault signal on the IC695HSC304 and IC695HSC308
Resolution
The Encoder Fault flag on the IC695HSC304 and 308 indicates that a quadrature error has been detected on the encoder signal. This flag will remain on for at least one sweep of the ladder even if the condition clears before then. This is to make certain that the program will be able to detect the fault. The flag will clear automatically if no further quadrature faults are encountered.
Frequency measurement by signal period using a high speed counter
Description
The usual method for measuring frequency with a high-speed counter (HSC) is to count the number of pulses received in a fixed period of time (counts per timebase). This has the advantage of having a fixed sensitivity, as the resolution is inversely proportional to the time period, but the disadvantage is that fine resolution requires slow updates.
Resolution
An alternate method is to measure the time between pulses, and inverting to calculate speed. This allows the data to be updated every time a fixed number of pulses have been received. The attached project accomplishes this using two channels of the IC695HSC308 high speed counter module. The HSC304 could be used as well.
The counter is configured as follows:
- Counter 1 is a user defined single input up-counter. Its clock source is the 2 MHz internal oscillator, so the accumulator will be some amount of time in 0.5 us counts. The counter is configured so that its strobe and reset inputs are triggered whenever the accumulator for counter 2 changes. Thus the strobe register will measure the length of one period of the input for counter 2.
- Counter 2 is a simple type A up-counter. The input is the external pulse. Scaling can be adjusted from the user program using the SetScaling function block. Setting a scaling factor greater than 1 allows for smoothing of the data at the expense of slower response.
The SpeedCalc block converts the input data to Hz by doing the following:
- Convert the time period in the strobe register from DINT to LREAL.
- Multiple by 0.0000005 to convert that value to seconds (2 MHz clock, 0.5us pulse time)
- Invert the result to get pulses per second.
- Multiple by the scaling factor.
SpeedCalc is called ever 10ms by a timed interrupt and uses DO_IO to get the latest module data. This calling rate is application specific.
The SetScaling block changes the input divider on counter 2. The allows specifying the number of pulses to be timed, allowing use over a greater range of speeds. Care should be taken when changing the scaling factor as strange values can be seen if the module is using an older value of scaling while the logic is using a newer one. The counts-per-timebase register on counter 2 can be used for sanity checking.
Customer Questions and Answers
- Question: What is an IC695HSC308? Answer: The IC695HSC308 is a High Speed Counter module from the GE Fanuc RX3i Series.
- Question: What does IC695HSC308 provide? Answer: This module provides direct processing of rapid pulse signals up to 1.5 MHz for industrial control applications.
- Question: IC695HSC308 provides direct processing of rapid pulse signals for what kind of applications? Answer:
- Turbine flowmeter
- Meter proving
- Velocity measurement
- Material handling
- Motion control
- Process control
- Question: What can IC695HSC308 do? Answer: This module can sense inputs, process input count information, and control outputs without CPU intervention.
- Question: Specifically, what does IC695HSC308 provide? Answer: IC695HSC308 provides: 16 high-speed inputs, 14 high-speed outputs, and 1 to 8 counters.
- Question: What are some of the features of IC695HSC308? Answer:
- Hot insertion/extraction
- Terminal Block insertion or removal detection
- Meets CE, UL/CUL 508/1604, and ATEX requirements
- Flash memory for future upgrades
- Module fault reporting
- Configurable I/O interrupts
- Question: What should I do if my IC695HSC308 is not working properly? Answer: Your IC695HSC308 may need repair.
For more information on the IC695HSC308 High Speed Counter Module of the GE Fanuc RX3i Series, please see the Datasheet User-Manual.
Release History
|
Release |
Date |
Comments |
|
IC695HSC304-DA, IC695HSC308-DA |
Mar. 2012 |
Hardware change to address a component obsolesence issue. No change in functions, performance or compatibility. |
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IC695HSC304-CA, IC695HSC308-CA |
Oct. 2010 |
Label change only. No change in functions, performance or compatibility. |
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IC695HSC304-BA, IC695HSC308-BA |
Jul. 2009 |
Hardware update for improved manufacturability. |
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IC695HSC304-AA, IC695HSC308-AA |
Jun. 2007 |
Initial Release |
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