Pre select counter/ high frequency monitor dislay and count a pre-set number of pulses dislay and monitor frequencies up to 10000Hz
dual colour LED display
2 RELAY
These devices incorporate 2 relays. If relay 1 is configured
for COUNTING, relay 2 may be configured as a COUNTER,
RPM, Freq, PPh monitor. If relay 1 is configured for a mode
other than COUNTER, then both relay 1 and 2 are automatically
configured foir the same function.ie. The device cannot
simultaneously montor RPM and Freq. or RPM and PPh.
Relay 2 may be programmed as a COUNTER (of pulses
received) OR it can increment whenever COUNTER 1 has
reached it’s setpoint. (counter of counter 1 setpoints reached).
Dual relay devices may also be configured as a COUNTER on
relay 1, while simultaneously monitoring the rate of the pulses
received on relay 2. (RPM, Freq or PPh)
The latch / reset pin functionality may be enabled and displayed
independantly for each relay.
The relays may be configured to energise or de-energise when
the setpoint(s) are reached.
ADDITIONAL FEATURES INCLUDE:
ADJUSTABLE PARAMETERS:
FUNCTION: counter/frequency
SET POINT: 1-49999 pulses
RELAY OUTPUT: continous/pulse
REVERSE RELAY (relay status after counting): open/close
PRE-SCALE (pulses/count): 1-200 pulses
POST-SCALE (count/pulses): 1-200
INPUT PULSE SPEED: mechanical/fast
PULSE EDGE (leading/trailing): close/open
KEYPAD AND MENU LOCK
Specifications:
Input range: 0-9999 pulses,0-9999 RPM,0-5000Hz, 0-9999 pulses per hour
Maximum display value: 9999
Pre-scale: 1-1000 pulses
Post-scale: 1-1000
Decimal pointer: 9999, 9.999, 99.99, 999,9
Accuracy: Counter mode : 100%
Freq, RPM,PPh : ±0.05%
Display Resolution: Counter: 0.001 to 9999
Freq, RPM, PPh: 1
Input voltage: ±15% of rated voltage
Led indication: Relay status
Reset time: 0.5 sec (power supply reset) 0.05 sec (reset pulse)
Response time: Counter: <0.02s
Freq, RPM, PPh: <1.1s
Input frequency “FASt”: 0-8000 Hz “SLO”: 0-5 Hz
Pulse source type mechanical switch or NPN proximity
All parameters are saved to non-volatile eeprom memory, thus eliminating the need to re-program after a power failure
incorporates a crystal oscillator to maintain accurate timing