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AFP7HSC2T PANASONIC FP7 High Speed Counter Modul, 2 x 2 phase high speed counter (16MHz/4 multiple), 4 trans..
AFP7HSC2T
AFP7HSC2T
PANASONIC
1 unit
Automation > FP7 Programmable controllers
FP7 Programmable controllers
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AFP7HSC2T PANASONIC FP7 High Speed Counter Modul is a specialized industrial counter module used to process rapid pulse trains from encoders and sensors for precise position, speed, or event monitoring in motion control loops. High-speed counting units allow programmable controllers to capture fast operational feedback without missing cycles. Pricing, availability and lead time are confirmed per enquiry through an RFQ.
- Product Number: AFP7HSC2T
- Part Number: AFP7HSC2T
- Product: FP7 High-speed Counter Units
- Product name: FP7 High-speed Counter
- Input:Insulation method: Photocoupler insulation
- Input:Rated input voltage: 12 to 24 V DC / 3.5 to 5 V DC
- Input:Input impedance: 24 V DC: 3.0 kOhm approx.
- Input:Input impedance: 5 V DC: 390 Ohm (5 V DC) approx.
- Input:Usage voltage range: 24 V DC: 10.8 to 26.4 V DC
- Input:Usage voltage range: 5 V DC: 3.5 to 5.25 V DC
- Input:Min. ON voltage / Min. ON current: 24 V DC: 10 V DC / 4 mA
- Input:Min. ON voltage / Min. ON current: 5 V DC: 3.0 V DC / 4 mA
- Input:Max. OFF voltage / Max. OFF current: 24 V DC: 2.0 V DC / 2 mA
- Input:Max. OFF voltage / Max. OFF current: 5 V DC: 1.0 V DC / 0.5 mA
More info
▲| Product Number | AFP7HSC2T |
| Part Number | AFP7HSC2T |
| Product | FP7 High-speed Counter Units |
| Product name | FP7 High-speed Counter |
| Item | Specifications |
|---|---|
| Product Number | AFP7HSC2T |
| Part Number | AFP7HSC2T |
| Input:Insulation method | Photocoupler insulation |
| Input:Rated input voltage | 12 to 24 V DC / 3.5 to 5 V DC |
| Input:Input impedance:24 V DC | 3.0 kOhm approx. |
| Input:Input impedance:5 V DC | 390 Ohm (5 V DC) approx. |
| Input:Usage voltage range:24 V DC | 10.8 to 26.4 V DC |
| Input:Usage voltage range:5 V DC | 3.5 to 5.25 V DC |
| Input:Min. ON voltage / Min. ON current:24 V DC | 10 V DC / 4 mA |
| Input:Min. ON voltage / Min. ON current:5 V DC | 3.0 V DC / 4 mA |
| Input:Max. OFF voltage / Max. OFF current:24 V DC | 2.0 V DC / 2 mA |
| Input:Max. OFF voltage / Max. OFF current:5 V DC | 1.0 V DC / 0.5 mA |
| Input:Input time constant setting | None, 0.1 micro s, 0.2 micro s, 0.5 micro s, 1.0 micro s, 2.0 micro s and 10.0 micro s |
| Count function:No. of counters | 2ch |
| Count function:Counter type | Linear counter / Ring counter |
| Count function:Counting range | Signed 32-bit (-2,147,483,648 to +2,147,483,647) |
| Count function:Max. input frequency | 4 MHz / 8 MHz for individual input (phases A and B) (Duty ratio 50 plus or minus 10 %), 4 MHz / 8 MHz for direction discrimination input (Duty ratio 50 plus or minus 10 %), 4 MHz / 8 MHz /16 MHz for 2-phase input (Duty ratio 50 plus or minus 10 %, Phase shifting below 5 %) |
| Count function:Input signal | Phases A, B and Z |
| Count function:External I/O | Control signal input: 4 points (2 points/ch), External output: 4 points (2 points/ch) |
| Count function:Counter input type | Individual input (Phases A and B): 1 multiple, 2-multiple Direction discrimination input: 1 multiple, 2-multiple 2-phase input: 1 multiple, 2-multiple, 4-multiple |
| Measurement function:Frequency measurement function | Measures the intervals between the variations of count values, and calculates the frequency. |
| Comparison function:Target value match function | Depending on the count direction, sets or resets the output when the counter value reaches the target value. |
| External output:Comparison result output function | Outputs the result of comparison function. |
| Other functions:Capture function | Acquires the current count value from the edges of input signals, and stores it in the capture 0 register or capture 1 register. The value of the specified capture register will be overwritten by a new value and the old value will be discarded every time a counter value is captured. |
| Other functions:Interrupt input function | Available (2 points/ch, Max. 8 points/unit) (Note) The interrupt input function can be used for 8 points per unit and for a maximum of 8 units (max. 64 points) in the whole system. However, the entire scan time slows down as more interrupt programs are used. Minimize the use of interrupt programs. (Note) The priority order for interrupt inputs is as follows; In a unit, from the smallest interrupt bit. In the whole system, from the smallest unit number. |