Advertisement
Quick Links
Advertisement
Summary of Contents for DaSeDa Electronics HM-75A
- Page 1 Manual Digital Feeder Controller : HM-75A/710A...
- Page 2 1. HM-75A / 710A controller front configuration 1. Data display window: Displays frequency, voltage, parameter, error code, etc. in numeric or text 2. RUN LED: It lights up during RUN, blinks during pause, and turns off at STOP. 3. Feed Back LED: It is ON when Feed Back ON and Sensor is connected.
- Page 3 2. Power and feeder connection - Internal connectors AC1 and AC2 are internally connected to each other and can be used to supply power to other controllers Is a power connection method when two additional controllers are connected. - Ground the feeder.
- Page 4 3. External input - Used for operation and stop with external input. - Control method is as follows. 3-1. Contact control method 3-2. TR control method 3-3. Voltage control method Condition E-no E-nc Direct CLOSE driving stop connection OPEN stop driving (3-1, 3-2) 12~24V...
- Page 5 4. External input 2CHANNEL '- The output voltage can be controlled in two ways by the 2CHANNEL input. (You have to go to V2 ON in Paris Meter.) - V1 if there is no input, V2 if there is input 4-1.
- Page 6 6. Sensor operation control - The HM-75A / 710A controller can be operated / stopped by an external sensor. - One to three sensors can be used depending on parameter setting. 6. Sensor operation control 6-2. When using two sensors...
- Page 7 - Communication method is 485 method. Up to 32 cables can be connected to one communication cable. (Refer to communication manual) - Connect to SERIAL on one line. - Each HM-75A controller has two communication connectors, which are internally connected to each other in parallel, For convenient connection.
- Page 8 9. Connection of operation synchronous output signal 9-1. Operation synchronous contact signal - This controller has a function to give synchronization signal to control other external controller. When stopping or pausing, the contact signal is sent to 8, 9, and the contact signal is output to 9, 10 during operation. This can be used as an operation / stop signal for another controller (HOPPER, etc.).
- Page 9 10. How to operate the controller 10-1. Power on / off method This controller is a push (push) type, not a lock type. With the AC cord plugged in To turn on the power first, press and hold the power switch (for about 1 second) The power turns on while it is on.
- Page 10 10-3. Parameter setting menu You can select the parameter change menu by turning the selector. Turn the selector to the right Frequency -> voltage 1 -> slow up -> slow down -> number of sensors -> sensor polarity -> sensor on delay -> Sensor off delay ->...
- Page 11 11-2. Communication ID setting The HM-75A is connected to an external device such as a computer via 485 communication to transmit data such as the status and parameters of the controller. You can control the parameters and operation of the controller from an external device.
- Page 12 11-3. Automatic frequency setting The automatic frequency setting function allows the controller to find the optimum resonance point when the resonance point of the vibrator is unknown. It is a convenient function. First, you need to have a vibration sensor, set the proper voltage after connecting the vibrator, and proceed. If there is no vibration sensor or the output voltage is set too low, the resonance point can not be found.
-
Page 13: Run,Stop Key
13. Product Features and Specifications Item HM-75A HM-710A Rated input AC 90 ~ 260 (50Hz/60Hz) Turn volume right and left, external volume, 0 ~ 5V control signal How to set up volt Setting range 0 to 200 V (unit 0.1 V) - Page 14 14. Outline drawing 14-1. HM-75A Outline Drawing...
- Page 15 14-2. HM-710A Outline Drawing...