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V1.0 Kinco Electric(Shenzhen) Ltd. provides customers with technical support. Users may contact the nearest Kinco local sales office or service center, or contact headquart of Kinco directly. Copyright2013 by Kinco Electric(Shenzhen) Ltd. All rights reserved. The contents in this document are subject to change without notice.
Dear user: Thanks for using the product. Please read this manual carefully before use, otherwise, burning or grievous personal safety will be lead due to improper use, resulting in unnecessary losses or unpleasant things. During use, for any quality questions, please contact our distributors or contact us directly and give us improvement suggestions.
1:1000 and it can also meet high precise servo control requirements. 2. PG Card Classification and Selection There are many kinds of pulse encoders, so users have to choose suitable PG card for Kinco FV100 series inverter according to the connected encoder in use.
(2) Description of encoder signal for differential type: A+/A-/B+/B- are two groups of orthogonal signals. A+/A- are two opposite signals in A group. B+/B- are two opposite signals in B group. Group A and group B signals are mutually orthogonal. The functions are the same with open collector type and push-pull type encoder.
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6. Other related description (1) PG card outlook: (2) PG card connecting terminal arrangement: (3) PG card connecting terminal function description: Terminal Name Description Terminal Name Description A phase pulse signal input 10 CANH CAN HIGH A phase pulse signal input 11 CANL CAN LOW B phase pulse signal input 12...
(4) Description of PG card wiring: ①. PG card signal line should be separated from main circuit line and other power line. ②. Length of PG card connecting cable should be less than 100m. ③. Please use shielded wire to prevent misoperation caused by noise interference. ④.
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(3) Differential type Internal circuit of differential type PG card input end Differential output PG card rotary encoder Shield cable connect to PE (4) Differential type Internal circuit of PG card fractional frequency output end...
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2. Wiring of open collector (OC) type PG card: (1) Two-way pulse feedback A-B: (2) Two-way pulse feedback A-B and A/B fractional frequency signal:...
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(3) Open collector type Internal circuit of PG card input end PG card Shield cable connect to PE Open collector output rotary encoder (4) Open collector type Internal circuit of PG card fractional frequency output end...
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3. Wiring of push-pull type PG card: (1) Two-way pulse feedback A-B (2) Two-way pulse feedback A-B and A/B fractional frequency signal:...
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(3) Push-pull type Internal circuit of PG card input end PG card Push-pull output rotary encoder Shield cable connect to PE (4) Push-pull type Internal circuit of PG card fractional frequency output end...
5. PG Card parameter setting After PG card is installed, users will need to set parameters related to PG card. Related parameters are as follows: Factory Function Unit Setting Name Descriptions setting dify code range 0: PG control without A0.01 Control mode ×...
CAN Bus Part 1. Summary CAN card is used to connect PLC/HMI with inverter. FV100 series inverters can match with PG card to meet requirements of high-speed bus control. 2. CAN Card Selection Refer to <Encoder Part 2. PG Card Classification and Selection>.
5.CAN Card Parameter Setting After CAN card is installed, users will need to set parameters related to CAN card. Related parameters are as follows: Function Factory Setting Name Descriptions Unit Modify code setting range 0: Keypad control Methods of inputting 1: Terminal control ○...
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