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General| Brand | ADTEK |
|---|---|
| Model | CM1 Series |
| Category | Measuring Instruments |
| Language | English |
Overview of CM1 series indicator features and cost-effectiveness.
Describes common features like optional outputs and front panel operation.
Details specifications for voltage and current measurement.
Specs for DC voltage/current measurement and power supply.
Specs for RTD temperature measurement and unit selection.
Specs for frequency input, pulse level, and excitation power.
Specs for frequency input and sine wave measurement.
Applications for voltage/current display, control, and protection.
Applications for process monitoring and alert connection.
Applications for temperature display, control, and data collection.
Applications for speed display, alarm, and computer connection.
Applications for frequency measurement, alarm, and communication.
Check meter label for specs, wiring diagrams, and functions.
Provides physical dimensions and panel cut-out details for installation.
Instructions for connecting power and signals according to the diagram.
Details about terminal types and specifications for connections.
Wiring details for CM1-VA voltage/current input.
Wiring for 2-wire and 3-wire sensor transmitter connections.
Wiring for sine wave frequency signal input.
Wiring details for RTD input connection.
DIP switch settings for input mode and pulse level.
Wiring diagram for Relay 1 and Relay 2 outputs.
Connection diagram for analog output.
Connection details for RS485 communication port.
Explanation of display screen, relay status, communication status, and LED indicators.
Description of the four operating keys: Enter, Shift, Up, Down.
Information on setting and using a 4-digit password for parameter access.
Diagram showing navigation from Power ON to User Level.
Diagram showing how to enter the programming level via Pass Code.
Diagrams showing access to Input, Relay, Analog Output, and RS485 groups.
Settings for minimum/maximum PV storage and reset.
Displays model number and firmware version.
Setting Relay 1 and Relay 2 set-points.
Parameters for PV decimal point, low/high scale, adjustments, and filter.
Setting the pass code to access programming level.
Parameters for display type, pulse ratio, units, diameter, and filter.
Parameters for start band, delay time, energized mode, hysteresis.
Parameters for de-energized delay, energized delay, mode, and hysteresis.
Selection of analogue output type and range.
Settings for low point, high point, zero/span adjustment.
Setting the device number for RS485 communication.
Setting the communication baud rate.
Setting the parity for RS485 communication.
Setting the initialization parameters.
Accessing PV min/max storage and reset from measuring page.
Displaying meter model and firmware version.
Function to reset saved maximum and minimum PV values.
Setting the set-point for Relay 1 and Relay 2.
Resetting the energized latch of the relay.
Displaying meter model and firmware version.
Accessing the pass code screen for programming level entry.
Inputting the pass code to access programming level.
Setting the decimal point for the Process Value (PV).
Defining the low scale value for the Process Value (PV).
Defining the high scale value for the Process Value (PV).
Fine-tuning the low point adjustment for PV display.
Fine-tuning the high point adjustment for PV display.
Clearing fine zero and span adjustments for PV display.
Setting the low cut-off value for the Process Value (PV).
Configuring the average update rate for the Process Value (PV).
Setting the pass code for access to programming level.
Performing fine zero adjustment for PV display.
Performing fine span adjustment for PV display.
Clearing fine zero and span adjustments for PV display.
Setting the low cut-off value for the Process Value (PV).
Configuring the moving average update rate for PV.
Setting up the digital filter to reduce noise.
Setting the pass code for programming level access.
Selecting display type: wire-speed, RPM, frequency.
Setting input pulse precedes for relevant functions.
Selecting units for line speed display.
Setting the shaft diameter for speed measurement.
Setting the decimal point for display values.
Setting the ratio factor for PV display.
Setting the low cut-off for the PV.
Configuring the zero mode setting.
Setting the average update rate for PV.
Configuring zero time setting.
Setting the shaft diameter for speed measurement.
Setting the decimal point for PV display.
Setting the display scale factor for PV.
Setting the low cut-off value for the PV.
Setting the input time out mode (Auto/Manual).
Setting the zero time for low frequency conditions.
Configuring the average update rate for PV.
Setting the digital filter to reduce noise.
Setting the pass code for programming level access.
Setting the start band for relay energized.
Setting the start delay time for relay energized.
Parameters for Relay 1 energized mode, hysteresis, and delay times.
Parameters for Relay 2 de-energized delay, energized delay, mode, and hysteresis.
Selecting Hi/Lo for relay energized mode.
Diagram and explanation of Hi/Lo relay energized modes.
Setting start delay band and time for inductive motors.
Setting hysteresis to prevent frequent relay operation.
Setting hysteresis for Relay 1.
Setting hysteresis for Relay 2.
Setting delay times to prevent operational disruption.
Selecting analogue output type and range.
How output signal relates to display values and ranges.
Setting high scale relative to output range.
Adjusting zero and span for analog output.
Setting a high limit for analog output to protect receivers.
Setting the station address for RS485 communication.
Setting the communication baud rate for RS485.
Setting the parity for RS485 communication.
Performing initialization with a specific code.
Displays available characters for symbols.
Setting input parameters and scaling functions.
Configuring average update and moving average for stable readings.
Function to review and trace PV drifting via max/min values.
Setting the low cut-off value to display zero for small values.
Selecting Hi/Lo for relay energized mode.
Diagram and explanation of Hi/Lo relay energized modes.
Setting start delay band and time for inductive motors.
Setting hysteresis to prevent frequent relay operation.
Setting delay times to prevent operational disruption.
Details on output type, voltage/current range, and signal correspondence.
Adjusting zero and span for analog output using front keys.
Setting a high limit for analog output to protect receivers.
Overview of Modbus RTU protocol, speed, and parameters.
Troubleshooting display errors like incorrect input type or unstable values.
Diagnosing issues where the displayed value does not match the input signal.
Troubleshooting unstable display due to noise or harmonics.
Addressing slow response times in the displayed value.
Details on Modbus RTU protocol and read/write instructions.
Table mapping parameter names to addresses for CM1-VA/CM1-PR/CM1-TR.
User level parameters like PV, Min/Max PV, and reset function.
Engineer level input parameters including PV decimal point, scale, filter, and pass code.
Setting the RS485 station address.
Configuring the RS485 communication baud rate.
Setting the parity for RS485 communication.
Performing initialization with a specific code.
User level parameters including PV, Min/Max PV for CM1-RL/CM1-F.
Engineer level input parameters for CM1-RL/CM1-F.
RS485 settings for CM1-RL/CM1-F.
Initialization settings for CM1-RL/CM1-F.
