Syntax

? for read ! for write

BYTE.F [<address>] ANSI C integer format (Hex on output) no reads value from Flash memory BYTE.C [<address>] ANSI C integer format (Hex on output) no value of the relevant byte in CODE space BYTE.D [<address>] ANSI C integer format (Hex on output) yes value of the relevant byte in DATA space DIGITAL.INPUT [<digitalPt>] OFF or ON no reads whether input is ON or OFF; logic levels are transparent to the user. DIGITAL.OUTPUT [<digitalPt >] OFF or ON yes digital output point ON or OFF with logic levels transparent to the user. ECHO.SUPPRESSION ON/OFF Suppresses TTY mode echoing when ON, allows echoing when OFF. HG.SWITCH OFF or ON yes mercury lamp set OFF or ON STD.SWITCH OFF or ON yes standard lamp set OFF or ON LAMP.POWER [<lamp>] watts no lamp power consumption LAMP.STATE [<lamp>] lamp state type yes state of lamp (OFF or ON) MOISTURE Grams/cu. m no Moisture content of air inside the Brewer MOISTURE.HIGH Grams/cu m yes Moisture content high (watermark) MOTOR.ALLSTILL TRUE or FALSE no True only if all the motors have stopped moving|

MOISTURE.LIMIT float grams/cubic meter on reset Permitted maximum in watermark recording of moisture content inside the Brewer. MOTOR.ADDRESS [<motorId>] Unsigned integer (0-11) Immediate Identifies the 751 used to talk to this motor MOTOR.CLASS [<motorId>] one of: NOMOTOR MICROMOTOR TRACKERMOTOR STANDARDMOTOR SENSORLESSMOTOR Immediate The type of motor at this motorId and hence the algorithm used to initialize it. MOTOR.INITIAL[<motorId>] Signed integer steps Immediate position of motor from step 0 after initialization MOTOR.MAX.ACC [<motorId>] Unsigned integer paces/(256*tick)2 on reset maximum absolute value of motor acceleration to be permitted MOTOR.MAX.JERK [<motorId>] Unsigned integer paces/(256*tick)3 on reset maximum absolute value of rate of change of motor acceleration to be permitted inside a time slice MOTOR.MAX.SEARCH [<motorId>] Signed integer paces on reset max number of paces before search stopped MOTOR.MAX.VEL[<motorId>] Unsigned integer paces/(256*tick) on reset maximum absolute value of motor velocity to be permitted MOTOR.MAX.POS [<motorId>] Signed integer paces on reset maximum value of motor position to be permitted MOTOR.MIN.POS [<motorId>] Signed integer paces on reset minimum value of motor position to be permitted MOTOR.ORIGIN [<motorId>] Signed integer paces on reset position of step 0 after initialization MOTOR.REF.PLAY [<motorId>] signed integer paces on reset uncertainty of position of motor with respect to reference sensor when sensor is detected at high speed and arbitrary direction. MOTOR.RESET.POS[<motorId>] signed integer paces during motor init position of motor to be paced at before commencing motor init to ref sensor MOTOR.SLOPE [<motorId>] signed integer paces/step Immediate number of paces to a step (see M command) MOTOR.SLOW.VEL [<motorId>] unsigned integer paces/(256*tick) during motor init value of motor velocity to be permitted during final approach of search. If equal to max vel init routine is shortened. MOTOR.STOP.METHOD [<motorId>] int one of 1, 3 none 0 reduced 2 full on reset power applied for stopped motor MOTOR.TIME.OUT [<motorId>] float seconds Immediate amount of time that a motor is given to complete movement before timing out. OPEN.TIME float seconds Immediate number of seconds after PMT window closes before we open the PMT window PMT.WINDOW.RESOLUTION float seconds Immediate seconds in a window timing tick