Need help?Do you have a question about the M&M RWB series and is the answer not in the manual?
General| Brand | M&M |
|---|---|
| Model | RWB series |
| Category | Controller |
| Language | English |
Lists related M&M documents for reference.
Identifies the M&M RWB Compressor retrofit this document covers.
Defines key terms and concepts used in the CCS.
Explains the function of each key on the CCS keypad.
Describes the layout of the main screen, including display area, hot keys, and title banner.
Details how to select options using the system's hot keys.
Lists and describes the eight different types of screens used by the CCS.
Explains the purpose and function of menu screens.
Describes user-interactive screens for changing system data.
Provides step-by-step instructions for entering data.
Details the procedures for working with various field types.
Explains how status screens display system information.
Describes screens used to confirm user selections.
Explains screens that display temporary informative messages.
Describes screens used to display system data.
Explains screens used to navigate to a larger set of options.
Details how log screens are used to view recorded system information.
Explains how the CCS monitors and reports system alarms and failures.
Describes the different operational modes of the screw compressor.
Explains the self-lubricating design and oil pump requirements.
Details the configuration options for pre-lube, cycling, and full lube oil pumps.
Provides formulas for calculating oil pressure and oil filter pressure.
Explains the oil level indicator switch function.
Details the sequence and conditions for starting the compressor.
Describes how to start the compressor in Manual mode.
Explains automatic starting based on suction pressure or process temperature.
Details starting/stopping using external signals or remote computer.
Explains operation when controlled by a master sequencer.
Details the sequence for stopping the compressor manually or automatically.
Describes remote control for starting, stopping, and capacity.
Explains how slide valve position controls compressor capacity.
Defines setpoint groups for automatic capacity control.
Explains how time proportional control determines slide valve movement.
Details capacity control via discrete I/O or network messages.
Explains capacity control using automatic settings in Auto-Remote mode.
Describes capacity control adjustments via master sequencer commands.
Explains how Sequencer setpoints replace local ones in Sequenced mode.
Details control parameters received from the master sequencer.
Explains how full load mode disables capacity control but keeps limiting active.
Describes the role of the anti-cycle timer in Sequenced mode.
Explains protection mechanisms against extreme system conditions.
Details how ramp start adjusts setpoints to reduce power demand.
Explains how slide valve position ramp start limits capacity increases.
Describes configuration options for the unload solenoid.
Explains automatic switching of setpoints based on time and day.
Details how to define time-of-day slots for daily schedules.
Explains how to assign daily schedules to each day of the week.
Describes how Vi slide stop adjusts discharge port size for efficiency.
Explains how Vi slide stop is adjusted based on pressure ratio.
Details how to force a Vi adjustment from the Vi status screen.
Explains how Vi slide stop affects capacity slide valve travel.
Describes how sensor values are corrected for Vi position display.
Explains oil temperature control when the compressor is stopped.
Details setpoints for liquid injection cut-in and cut-out.
Describes single port liquid injection operation.
Describes dual port liquid injection operation.
Explains the timer used to avoid repeated start attempts.
Explains how the system restarts after a power failure.
Lists discrete outputs for remote status information.
Explains slide valve adjustment based on outlet temperature.
Details control of the economizer solenoid based on mode and setpoints.
Explains power assist for check valve closure in booster applications.
Introduces operating procedures using LCD and keypad hot keys.
Initiates the compressor start sequence and online status.
Allows quick return to the main status screen.
Shows a summary of compressor analog and state parameters.
Displays system state, operating mode, and alarm/failure status.
Details the current state of the system.
Displays the general operating mode of the system.
Shows the system's current alarms and failures.
Presents compressor information in a graphical format.
Displays motor current and energy consumption information.
Allows viewing of compressor running hours and start counts.
Displays information pertaining to the Variable Vi Control option.
Shows information for the Economizer Control option.
Displays the system's current alarms and failures.
Warns when the screw may be automatically started.
Allows selection of the system's operational mode.
Allows service personnel to operate or lock out equipment.
Used for startup and diagnostic purposes, with keypad control.
Primary configuration for stand-alone compressors, automatic capacity adjustment.
External control system responsible for start, stop, and capacity.
External control for start/stop, but not direct capacity control.
Control by a master sequencer for multiple compressors.
Accesses menu options to set system setpoints.
Allows adjustment of pressure-related setpoints.
Sets control values for four suction pressure control groups.
Details data entry fields for suction pressure setpoints.
Sets active alarm and failure setpoints for high suction pressure.
Sets discharge pressure control parameters for alarm, limiting, and ramp.
Allows setting acceptable ranges for oil pressure parameters.
Allows setting acceptable ranges for oil filter pressure.
Allows setting temperature-related setpoints.
Sets acceptable ranges for discharge temperature.
Sets oil temperature and sump temperature regulation ranges.
Adds setpoints for liquid injection cut-in and cut-out.
Sets process temperature control parameters when enabled.
Sets setpoints for high process temperature when enabled.
Sets motor current parameters for alarm, limiting, and ramp.
Sets acceptable ranges for minimum slide valve position.
Allows creating and modifying schedules for setpoint control.
Determines if equipment operation is controlled by predefined schedules.
Allows selection of the current active group for control.
Allows changing the current active daily schedule.
Defines daily schedule assignments for each day of the week.
Defines times to change setpoints for daily schedules.
Standard format for selecting up to 8 schedule changes per day.
Accesses menu options to set system control features.
Sets load/unload controls for automatic capacity control.
Sets load/unload controls for automatic capacity control.
Sets parameters for Economizer Control when enabled.
Provides setpoints for Vi Control.
Accesses miscellaneous control screens for system parameters.
Accesses logging functions described in Chapter 4.
Accesses miscellaneous screens not under other hot keys.
Discusses the overall function of standard and optional logs.
Records system operating conditions and events.
Records periodic data with user-defined intervals.
Records the last 100 system alarms.
Records the last 100 system failures.
Records the last 50 user logons to the system.
Records daily, weekly, monthly, yearly KW usage and demand.
Tracks and accumulates all system data for PC Monitor analysis.
Explains how to access and use the system's available logs.
Details parameters and data descriptions for Operations and Trend logs.
Describes data content for alarm and failure log entries.
Explains how to erase data from system logs.
Allows setting the rate for data collection in minutes.
Describes the process of logging onto the system with a password.
Explains how to log off from the system.
Details automatic logoff after a period of inactivity.
Permits viewing basic system information for troubleshooting.
Displays system options and software configuration status.
Displays discrete input/output information from the unit.
Displays analog signal information, including values and units.
Shows the position of dip switches on the microprocessor board.
Monitors the status of system communication links.
Allows simulating discrete inputs/outputs for diagnostics.
Allows performing miscellaneous setup changes to configure the system.
Allows changing the system date, clock mode, or time of day.
Allows adjustment of sensor input ranges using Dynamic or Static calibration.
Adjusts sensor readings to remove small inaccuracies.
Resets or restores sensor calibration values after changes.
Assigns user passwords, screen access levels, and requirements.
Allows system manager to add or delete users.
Assigns read/write access levels to restrict user access to screens.
Resets the system or restores factory setpoints.
Restarts software using current setpoints as if a power failure occurred.
Resets the system to factory default values.
Sets basic system parameters for display and operation.
Configures display units, default status screen, and compressor model.
Sets hardware communication parameters for protocols.
Sets CT size, motor voltage, and power factor.
Resets total runtime hours and start counts.
Diagram of screens available under the MENUS Hot Key.
Describes analog alarms, their levels, default setpoints, and comments.
Lists discrete alarms, their levels, and associated comments.
Identifies channel assignments for sensor inputs.
Details discrete input/output assignments for Rack 1.
Defines hardware and software protocols for serial communications.
Lists recommended documents for familiarity.
Details hardware requirements and interface connections.
Specifies the hardware needed for Modbus and DF1 communications.
Shows physical connections for Modbus and DF1 ports.
Describes the request-response communication basis.
Explains the communication structure between master and slave.
Details options for responding to status or control messages.
Lists supported message categories for communication.
Details Modbus RTU transmission mode and default configuration.
Explains how to read controller registers using Function Code 0x03.
Explains how to change single register contents using Function Code 0x06.
Explains how to change multiple registers using Function Code 0x10.
Describes Modbus error codes returned for data errors.
Details DF1 transactions and default software configuration.
Explains reading registers using DF1 Protected Typed Logical Read.
Explains writing data using DF1 Protected Typed Logical Write.
Explains reading register blocks using PLC-5 Logical ASCII Addressing.
Explains writing register blocks using PLC-5 Logical ASCII Addressing.
Describes data representation for DF1, Modbus, and Discrete I/O.
Explains read-only status messages containing analog, discrete, alarm data.
Lists analog inputs and computed parameters with their addresses.
Lists discrete I/O assignments and active states.
Provides a table of alarm and failure parameters and their levels.
Lists equipment parameters and their corresponding formats.
Describes read/write messages for compressor control.
Allows network to enable or disable system control.
Controls compressor start, stop, and online status.
Changes the current active mode of the compressor.
Forces the compressor to load or unload.
Silences alarms and clears active alarms from the display.
Changes the current active setpoint of the system.
Changes the current active mode of the economizer.
Allows compressor to start/stop based on setpoints.
Displays or changes suction pressure control group setpoints.
Displays or changes process temperature control group setpoints.
To Next Page