Suits 50mV, 60mV, 75mV and 100mV shunts. Can be set to accumulate in a timebase of minutes, hours or days

Real time clock mode and up or down timing modes with 3 x contact closure control inputs.

• Clock mode – HH:MM:SS
• Day counter mode – number of days elapsed since last reset
• HH:MM timer mode
• MM:SS timer mode
• SSSS timer mode
• SSSSS.t timer mode
• MMMM timer mode
• HH:MM:SS timer mode
• DD:MM:YY calendar mode
• MM:DD:YY calendar mode

Various counting modes.

• Simple counting mode
• Gated counting mode
• 1 input with up/down control mode
• 2 inputs up/down mode
• 2 inputs up/up mode
• 4 inputs up/up/down/down mode
• 4 inputs up/up/up/up mode
• 4 inputs down/down/down/down mode

Accepts different signal types and provides 24V DC sensor excitation as standard.

• Contact closure
• NPN
• PNP/pushpull
• TTL
• CMOS
• Passive coil
• AC tacho

Rate mode is ideal for showing…..

• Frequency
• Flow rate
• RPM
• Instantaneous speed

Production rate mode is ideal for showing real production rates over longer periods.

Accepts different signal types and provides 24V DC sensor excitation as standard.

• Contact closure
• NPN
• PNP/pushpull
• TTL
• CMOS
• Passive coil
• AC tacho

Our most popular 9/32 DIN load cell panel meter has high precision and stability.

• 4 or 6 wire load cell input
• 10V @ 120mA excitation voltage (5V optional)
• Up to 4mV/V as standard (10mV/V optional)

As standard, the INT4-P is a process meter with 24V excitation voltage. When ordered with the POT option it becomes a 3 wire 0-10V input meter with 10V excitation for the potentiometer.

Our most popular 9/32 DIN process panel meter has high precision and stability.

• 4-20mA, 0-10V or 1-5V input
• 24V @ 30mA excitation voltage (5V or 10V optional)
• Adjustable 0-25 seconds filtering
• Selectable 1, 2, 5, 10, 20 or 50 last digit round-up
• Up to 10 points of user linearisation

Quadrature mode allows you to scale a count and increase or decrease the value according to the sequencing of two pulses which are 90 degrees out of phase. This mode is ideal for measuring distance in pay-out/feed-in cable systems or direction in rotary systems.

Ideal for measuring the resistance of a wide range of components such as…..

• Motor windings
• Incandescent lamp filaments
• Heater element resistance
• Inductors
• Earth bonding
• Solenoid coils
• Relay coils
• Servo coils

We use 4-wire measurement methods to ensure that the cable resistance is cancelled automatically from the measurement.

RS232 ASCII slave display.