R&M Materials Handling HOIST MONITORS - Manual (Page 18)

R&M Materials Handling, Inc.
4501 Gateway Boulevard
Springfield, Ohio 45502
P.: (937) 328-5100
FAX: (937) 325-5319
18/105
R&M Materials Handling, Inc. reserves the right to alter or amend the above information without notice.
4 Parameters
1 Monitor 1 Read only menu for condition monitoring values and
measured values. 2-11 Over ED Counts the minutes when ED value has exceed the
nominal ED value
1-1 Cond mon Condition monitoring menu 2-12 SWPRT% SWP% value calculated with hoist running time
1-1-1 SWP% Remaining Safe Working Period of the hoist in
percentage, starting from 100%. 2-13 SRT3 Load sum with hoist running time, third power
1-1-2 Starts Total number of starts 2-14 SRT8 Load sum with hoist running time, eight power
1-1-3 Run time Total running time 2-15 SWPHC% SWP% value calculated with hoist cycles
1-1-4 Cycles Total number of hoisting cycles. 2-16 SL1 Load sum with hoist cycles, the first power (mean load)
1-1-5 Mean load Average of the handled load 2-17 SL3 Load sum with hoist cycles, the third
1-1-6 Br SWP% Remaining Safe Working Period of the brake in
percentage. 2-18 SL8 Load sum with hoist cycles, the eight power
1-1-7 MFI1 RT Total hours of running time, when MFI1 input is closed. 2-19 Power on The total power on time of the unit
1-1-8 MFI1 ST Total amount of starts, when MFI1 input is closed. 2-20 Temp Index Power on time of the unit, weighted with the unit’s
temperature
1-1-9 MFI2 RT Total hours of running time, when MFI2 input is closed. 2-21 Max load Maximum measured value of the load
1-1-10 MFI2 ST Total amount of starts, when MFI2 input is closed. 3 Load setup Load calibration menu. Accessible password level 2
1-2 Measure Measurement menu 3-1 Cal. Motor Load calibration when the motor torque based load
measurement is selecte. See chapter “Load
calibration sequence with motor torque”.
1-2-1 Act. Load The measured actual load value. 3-2 MC values Load calibration values for the motor torque method
1-2-2 Temp 1 Temperature measured at thermistor input 1. 3-2-1 Load 1 The higher test load’s value
1-2-3 Temp 2 Temperature measured at thermistor input 2. 3-2-2 Mhs1 Motor torque for hoisting in slow speed, with load.
1-2-4 Supply L1 Line voltage of phase L1. 3-2-3 Mhf1 Motor torque for hoisting in fast speed, with load 1.
1-2-5 Supply L2 Line voltage of phase L2. 3-2-4 Mls1 Motor torque for lowering in slow speed, with load 1.
1-2-6 Supply L3 Line voltage of phase L3. 3-2-5 Mlf1 Motor torque for lowering in fast speed, with load 1,
1-2-7 Motor I1 Motor current of phase L1. 3-2-6 Load 2 The lower test load’s value.
1-2-8 Motor I2 Motor current of phase L2. 3-2-7 Mhs2 Motor torque for hoisting in slow speed, with load 2.
1-2-9 Motor I3 Motor current of phase L3. 3-2-8 Mhf2 Motor torque for hoisting in fast speed, with load 2.
1-2-10 Ain1 value Measured voltage at analogue input AIN1. 3-2-9 Mls2 Motor torque for lowering in slow speed, with load 2.
1-2-11 Ain2 value Measured voltage at analogue input AIN2. 3-2-10 Mlf2 Motor torque for lowering in fast speed, with load 2.
1-2-12 Ain3 value Measured voltage at analogue input AIN3. 3-3 Cal. Sens Load calibration when the sensor based load
measurement is selected. See chapter “Load
calibration sequence with the load sensor”.
1-2-13 Int. temp Internal temperature of the unit. 3-4 SC values Load calibration values for the load sensor method
1-2-14 Input Indicates the status of the inputs: HIN, LIN, FIN, MFI1 &
MFI2. 3-4-1 Load 1 The higher test load value.
1-2-15 Output Indicates the status of the outputs: HOUT, LOUT,
FOUT, RS & ROUT. 3-4-2 Input 1 The load measurement voltage in the analogue input
Ain1 corresponding to the higher test load
1-2-16 Supply f Supply voltage frequency (50 or 60Hz) 3-4-3 Load 2 The lower test load value
1-3 Min/Max Minimum / maximum value menu 3-4-4 Input 2 The load measurement voltage in the analogue input
Ain1 corresponding to the lower load
1-3-1 Min supply Minimum measured value of the supply line voltage
RMS. 3-5 OL protect Set to “OFF” to temporarily by-pass of the overload
protection
1-3-2 Max supply Maximum measured value of the supply line voltage
RMS.
4 Start-up Start- menu. Accessible password level 4
1-3-3 Min Int. T Minimum measured value of the internal temperature of
the unit. 4-1 MFI1 Multi-Functional Input 1 parameters
1-3-4 Max Int. T Maximum measured value of the internal temperature of
the unit. 4-1-1 MFI1 oper. Selects the function of MFI1:
2 Monitor 2 Read only menu for advanced condition monitoring
values and measured values. Accessible password
level 3 4-1-2 MFI1 IntL Intermediate load limit value
2-1 SW version Software version of the unit 4-1-3 MFI1 2OLL The second load
2-2 RT slow Total run-time in slow speed 4-1-4 MFI1 CintL Bridge intermediate load limit value.
2-3 RT fast Total run-time in fast speed 4-2 MFI2 Multi-Functional Input 2 parameters
2-4 No. OT Total number of hoist motor overtemperature incidents. 4-2-1 MFI2 oper. Selects the function of MFI2:
2-5 No. OL Total number of overload incidents 4-2-2 MFI2 IntL The (second) intermediate load limit value
2-6 E-stops Total number of emergency stops incidents 4-2-3 1+2 IntL The third intermediate load limit value
2-7 ST up Total number of starts in up direction 4-2-4 MFI2 2OLL The second load limit
2-8 ST down Total number of starts in down direction 4-2-5 MFI2 CintL The (second) bridge intermediate load limit value
2-9 ST fast Total number of starts to fast speed (counts in two
speed control only) 4-2-6 1+2 CintL The third bridge intermediate load limit value
2-10 Max ED Maximum value of the calculated ED percentage