DP1

The DP1 Range of Microprocessor based Digital Panel Meters offers the user a 4¾ Digit display and options of Analogue output, Relay (Alarm) output or Modbus RTU. Please note that the DP1 offers a choice of one of these options whereas the Model DP2 can have all three. The Meters are field programmable by menu which is password protected. The following Functions are very useful :-

• MINIMUM OR MAXIMUM VALUE HOLD
• PRESENT VALUE HOLD
• PRESET MINIMUM VALUE DISPLAY
• SAMPLE AVERAGING
• DIGITAL FILTER
• ALARM RELAYS NORMAL OR LATCHING MODE
• RELAY START DELAY
• ALARM DELAY & HYSTERESIS
• EXTERNAL CONTROL INPUTS

Full details:-

The DP2 Range of Microprocessor based Digital Panel Meters offers the user a 4¾ Digit display and options of Analogue output, Relay (Alarm) output and Modbus RTU. Please note that the DP1 offers a choice of one of these options whereas the Model DP2 can have all three. The Meters are field programmable by menu which is password protected. TheDP1Functions shown above are also available in the DP2.

The DP3 Range of Microprocessor based Digital Panel Meters offers the user a 4¾ Digit display in a 48 x 24mm Case. The meters can have relay outputs and either analogue output or RS485 Modbus RTU. Most of the DP1 functions are available too.

Also Available is analogue model CSMS in 48 X 24mm size

This DC Meter was originally designed for salar power installations. The meter can read DC Current, Voltage, Watts and Energy consumption (kWh). Additionally elapsed time (hours run) is available to give an indication of maintenance requirements. An Innocative feature is it's ability to drop the display brightness after a period of time and save energy.

Two simple meters with display functions only. Programmable inputs allows simple Range selection and display set up. This is a no frills and low cost microprocessor based digital panel meter.

Also available CSM321 Analogue design

Dual input and display with maths function. Reads and displays both AC and DC. The displays can show the two inputs or one input and one calculated value. For example we could input DC volts and DC Current, Display 1 could show the current and display one could be input 1 divided by input 2 which would display DC Resistance.