R&M Materials Handling HOIST MONITORS - Manual (Page 19)

R&M Materials Handling, Inc.
4501 Gateway Boulevard
Springfield, Ohio 45502
P.: (937) 328-5100
FAX: (937) 325-5319
19/105
R&M Materials Handling, Inc. reserves the right to alter or amend the above information without notice.
4-3 ROUT Relay output parameters 5-3 Reset log Resets the fault log by pushing the ENT button..
4-3-1 ROUT oper. Selects the function of the relay output 5-3 Reset log ? The reset action must be confirmed by pushing the ENT
button once more
4-3-2 ROUT logic The operation logic of the relay: 6 Design Design values menu. Accessible password level 6
4-3-3 ROUT LoadX The load limit to switch the relay is entered here 6-1 Hoist name Identifying letter of the hoist-monitoring unit, A, B, C, D
or E.
4-3-4 TempX meas The temperature measurement operation 6-2 Unit No The serial number of the hoist.
4-3-5 TempX lim The temperature limit 6-3 Class Mechanical class for the hoist according to the FEM /
ISO duty classes.
4-4 T1 Temperature measurement channel 1 parameters 6-4 Nom. Load Rated load of the single hoist connected to the unit
4-4-1 T1 operat. Selects the function channel 1. 6-5 Nominal ED Rated ED value of the hoist
4-5 T2 Temperature measurement channel 2 parameters 6-6 Sp ratio Speed ratio.
4-5-1 T2 operat. Selects the function channel 1. 6-7 Max ST Maximum allowed number of starts
4-6 AOUT Analogue output parameters 6-8 Max E-stop Maximum allowed number of interrupted hoists
(emergency stops)
4-6-1 AOUT oper. Selects the function of the analogue output 6-9 Max RT Maximum allowed run-time in hours
4-6-2 Zero load Sets the voltage level with zero-load. Range 0…10V 6-10 D SRT3 Designed running hours, power three.
4-6-3 Nom. Load Sets the voltage level with rated load. Range 0…10V 6-11 D SRT8 Designed running hours, power eight.
4-7 Load param Load calculation parameters 6-12 D SL3 Design constraint for hoisting cycles, power three
4-7-1 Load meas. Selects the load calculation method: 6-13 D SL8 Design constraint for hoisting cycles, power eight
4-7-2 Load rate% Load increase rate for controlling the hoisting in two step
control. 6-14 MaxST MFI1 Max number of MFI1 starts.
4-7-3 R0_F Resistance of fast speed windings at temperature T0 6-15 MaxRT MFI1 Max running time for MFI1.
4-7-4 R0_S Resistance of slow speed windings at temperature T0 6-16 MaxST MFI2 Max number of MFI2 starts.
4-7-5 T0 Resistance measuring temperature T0 6-17 MaxRT MFI2 Max running time for MFI2.
4-7-6 Temp_slow Temperature measurement channel for the motor slow
speed windings. 6-18 Max Br Max number of braking actions.
4-7-7 Temp_fast Temperature measurement channel for the motor fast
speed windings. 6-19 Max Control Max number of Control (starts)
4-7-8 C2F Coefficient 2 for fast speed 6-20 Password Set password level 1 (4digits).
4-7-9 C2S Coefficient 2 for slow speed 7 GO-setup GO-settings menu. Accessible password level 7
4-7-10 C1F Coefficient 1 for fast speed 7-1 Cycles Number of hoisting cycles
4-7-11 C1S Coefficient 1 for slow speed 7-2 MFI1 RT MFI1 running time
4-7-12 ki Reduction factor for current transformer [A/V] 7-3 MFI1 ST MFI1 starts
4-7-13 Acc-t slow Acceleration time from stop to slow speed. 7-4 MFI2 RT MFI2 running time
4-7-14 Acc-t fast Acceleration time from slow speed to fast speed. 7-5 MFI2 ST MFI2 starts
4-8 Hoist ctrl The selection for the hoist control method 7-6 RT slow Run-time in slow speed
4-9 Slack rope Slack rope function parameters 7-7 RT fast Run-time in fast speed
4-9-1 SR select Selects the slack rope function 7-8 No. OT Number of hoist motor overtemperature incidents.
4-9-2 Load limit The slack rope limit 7-9 No. OL Number of hoist overload incidents
4-10 Single sup 7-10 E-stops Number of emergency stops
4-10-1 OT run ? Selects the action when the motor temperature exceeds
the limit or when “Fault, Br wear” occurs 7-11 ST up Number of starts in up direction
4-10-2 OT limit When NTC type sensor is applied the limit value for the
hoist motor overtemperature 7-12 ST down Number of starts in down direction
4-10-3 Supply sup Selects the supply voltage supervision. 7-13 ST fast Number of starts to fast speed (two step control only)
4-11 Comm hoist The settings for common hoisting (multi-hoist
applications)
7-14 Max ED Maximum ED value
4-11-1 Hoist cnt The number of units connected with CAN bus. Range:
1…5 7-15 Over ED Number of cases where ED value has exceeded the
rated ED value
4-11-2 Run sup. Common hoisting supervision 7-16 SRT3 Load sum with hoist running time, third power
4-11-3 B OL Bridge overload protection 7-17 SRT8 Load sum with hoist running time, eight power
4-11-4 B nom load Rated load of the bridge 7-18 SL1 Load sum with hoist cycles, the first power (mean load)
5 Service Start- menu. Accessible password level 5 7-19 SL3 Load sum with hoist cycles, the third power
5-1 S limits The limit values to indicate the need for service. 7-20 SL8 Load sum with hoist cycles, the eight power
5-1-1 S Run time Run time service limit 7-21 Power on The total power on time for hoist control unit
5-1-2 S starts Service limit for the number of starts 7-22 Temp Index The power on time weighted with the hoist control unit
temperature
5-1-3 S SWP% Service limit for SWP% 7-23 Max load The maximum value of the measured load
5-1-4 S Br SWP% Service limit for the hoist brake service life 7-24 Br Count The brake wear counter.
5-2 Fault log The logger for the latest fault situations, the number
“n” indicates the number of faults in the logger
5-2-1 F_”XXX” The latest fault.
5-2-2 F_”XXX” The second latest fault.
5-2-“n” F_”XXX” The “n” latest fault (highest number is 30).