Оценок - 5, средний балл: 4.6
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Фрагмент инструкции
L(Low) ... The level that the static charge elimination time becomes slower than the one in the initial state. .The dirt detection is done when the maintenance start-up signal is input. 5. Setting of frequency selection switch .This switch is used to switch the [energy-saving operation] and [continuous static charge eliminating operation]. .With [continuous static charge eliminating operation], the ion-production frequency needs to be selected after the static charge elimination is completed. Operation details Switch setting Energy-saving operation When the static charge elimination is completed, the ion-discharge-output will automatically stop. 8 Continuous static charge eliminating operation The static charge elimination continues as controlling the ion balance with pulse DC even after the static charge elimination is completed so that the charged potential of works maintains +/-30V or less. Ions are discharged with the set frequency. 0... 1Hz 1... 3Hz 2... 5Hz 3... 10Hz 4... 15Hz 5... 20Hz 6... 30Hz 7... 60Hz +ion Pulse operation (e.g .)C harged work: negative charge ----Static charge Elimination completed stops +ion-ion-ion 12 6. Wiring of the power supply cable .Connect dedicated power supply cables. DC Power supply • Connection with the power supply for ionizer operation Brown Blue Ground Symbol Cable color Cable name Connection Description DC1(+) Brown Power supply DC24V 0 Power supply cable for ionizer operation DC1(-) Blue Power supply GND[FG] 0 OUT4 Dark Green Sensor monitor output . Charged potential of the work is output with analog signal (1 to 5V) . Be sure to ground DC1(-)[Blue]. (Resistance between the lead wire and the earth ground should be 100. or less.) If not, it may break the ionizer. • Connection with the power supply for I/O signal Symbol Cable color Cable name Conne ction Description DC2(+) Red Power supply DC24V 0 Power supply cable for I/O signal DC2(-) Black Power supply GND 0 IN1 Light Green Discharge-stop signal 0 Signal for starting/ stopping the discharge (NPN spec)Operation will begin when it is connected with DC2(-)[Black]. (PNP spec)Operation will begin when it is connected with DC2(+)[Red]. IN2 Gray Maintenance start-up signal . A signal that is input when the maintenance of the electrode needle is necessary. -White--- -Orange --- OUT1 Pink Completion signal for static charge elimination . Outputs when the charged potential of the work is +/-30V or more, and when the dirt on the electrode needle is detected. OUT2 Yellow Maintenance output signal . Outputs when the maintenance of the electrode needle is necessary. OUT3 Purple Signal for failure . Outputs in case of abnormal high voltage and sensor and/or CPU failure. (B contact output) 0 : Wires that are minimum required to operate the ionizer. . : Wires that are required to use the functions. - : Wires that are not necessary with the sensing DC mode. These wires should not be short-circuited with other cables. 7. Air piping .When the piping is only connected to one port, the other unused port should be plugged with the M-5P that is packaged together with the ionizer. 13 1 4 8. LED display .. POWER LED ... The power supply input and the connection of the sensors are displayed. LED name Functions MAIN Lights up when the power supply is applied. (Green) (Flashes when wrong power supply is applied.) POWER SNSR Lights up when the feed back sensor is connected.(Green) .. ION LED ... The charged condition of the work is displayed. LED name Functions + The charged potential of the work is positive.(Orange) OK The charged potential of the work is low.(Green) ION - The charge potential of the work is negative.(Blue) .The charged condition of the work can be identified with the LED display. .. ALARM LED ... Failure of the ionizer is displayed. LED name Functions HV Lights up when overcurrent is applied to the electrode needle.(Red) SNSR Lights up when the feed back sensor doesn’t work properly. (Red) ALARM NDL CHECK Lights up when dirt on the electrode needle is detected. (Red) (Flashes when the dirt is being detected. ) Charged polarity of work LED + OK - Charged potential of the work Plus ¦.. More than +400V ¦light on ¦.. +100V to +400V ¦flash with 4 Hz ¦¦. +30V to +100V .light out static charge elimination .¦. +30V to -30V .¦¦ -30 to -100V ..¦ -100 to -400V Minus ..¦ More than -400V 9. Alarm Type of alarm Description How to reset Abnormal high voltage Notifies when overcurrent such as high voltage leakage occurs. The ion-discharge-output is stopped, HV ALRM sets off and output the signal for failure. Turn off the power supply to solve the problem. Once it’s solved, apply the power supply again. Or turn on and off the discharge-stop signal. Sensor failure Notifies that the feed back sensor doesn’t work properly. SNSR ALARM lights up, and the signal for sensor failure is output. Turn off the power supply to solve the problem. Once it’s solved, apply the power supply again. Or turn on and off the discharge-stop signal. CPU failure N...