background image

HOIST 

OPERATION & MAINTENANCE

6

P/N: 11854801   REV. AC

   September 2017

Italiano

Base

TER Tecno Elettrica Ravasi s.r.l.

Via Garibaldi 29/31 - 23885 Calco (LC) - Italy

Tel. +39 039 9911011 - Fax +39 039 9910445

E-mail: 

[email protected] - www.terworld.com

Sede Legale - Registered Office 

    Via San Vigilio 2 - 23887 Olgiate Molgora (LC) - Italy

Immagine a scopo illustrativo

 Numero e tipo delle camme varia 

a seconda del modello

Image for illustrative purpose  

the Number and type of cams is different   

according to the model

07

08

IP 66 / IP 67 / IP 69K

IP 66 / IP 67 / IP 69K

Istruzioni d’uso e manutenzione

Il finecorsa a giri Base è un dispositivo elettromeccanico per circuiti di comando/controllo e 
manovra a bassa tensione (EN 60947-1, EN 60947-5-1) da utilizzarsi come equipaggiamento 
elettrico di macchine (EN 60204-1) in conformità a quanto previsto dai requisiti essenziali 
della Direttiva Bassa tensione 2006/95/CE e della Direttiva Macchine 2006/42/CE.

Il finecorsa è previsto per impiego in ambiente industriale con condizioni climatiche anche 
particolarmente gravose (temperature di impiego da –40°C a +80°C ed idoneità per utilizzo 
in ambienti tropicali). L’apparecchio non è idoneo per impiego in ambienti con atmosfere 
potenzialmente esplosive, in presenza di agenti corrosivi od elevata percentuale di cloruro 
di sodio (nebbia salina). Il contatto con oli, acidi e solventi può danneggiare l’apparecchio; 
evitare di usarli per operazioni di pulizia. 
Non è consentito collegare più di una fase per ogni interruttore. Non oliare od ingrassare 
gli elementi di comando o gli interruttori. 

L’installazione del finecorsa deve essere effettuata da personale competente ed addestrato. 
I cablaggi elettrici devono essere effettuati a regola d’arte secondo le disposizioni vigenti.
Prima  di  eseguire  l’installazione  e  la  manutenzione  del  finecorsa  è  necessario  spegnere 
l’alimentazione principale della macchina.

Operazioni per una corretta installazione del finecorsa
1-  togliere il coperchio (03) svitando le viti di fissaggio (04)
2-  unire l’albero del finecorsa (02) con l’albero del riduttore; evitare disassamenti tra i 

due alberi; 

3-  fissare il finecorsa in modo stabile al fine di evitare vibrazioni anomale dell’apparecchio 

durante il funzionamento; per il fissaggio utilizzare esclusivamente i fori sulla cassetta 
(01)

4-   avvitare il pressacavo (05) nell’apposita sede.
5-  introdurre il cavo multipolare nel finecorsa attraverso l’apposito pressacavo (05)
6-  spelare il cavo multipolare per una lunghezza adeguata alle operazione di connessione 

elettrica con gli interruttori 

7-  nastrare la parte iniziale spelata del cavo multipolare
8-  serrare il cavo nel pressacavo (05)
9-  effettuare le connessioni elettriche con gli interruttori rispettando lo schema dei contatti 

riportato sugli interruttori medesimi o lo schema di collegamento presente sul retro 
delle istruzioni (utilizzare prese Faston da 6.3 mm).

10-  effettuare  la  regolazione  del  punto  di  intervento  delle  camme;  per  una  corretta 

regolazione allentare la vite centrale (07) del gruppo camme, impostare il punto di 
intervento di ogni singola camma agendo sulla relativa vite di regolazione (08) (viti 
numerate ad indicare le camme in ordine crescente dal basso verso l’alto del gruppo), 
quindi serrare la vite centrale (07)

11-  richiudere il finecorsa utilizzando le viti (04) infilando in una di esse l’estremita del 

cavetto  antiperdita  (09),  se  presente.  Porre  attenzione  al  corretto  posizionamento 
della gomma (06) assemblata sul coperchio (03) e stringere le viti (04) con una forza 
di 80/100cNm

Operazioni di manutenzione periodica

verificare il corretto serraggio delle viti (04) del coperchio (03)

verificare il corretto serraggio della vite centrale (07) di fissaggio delle camme

verificare  le  condizioni  dei  cablaggi  (in  particolare  nella  zona  di  fissaggio 
sull’interruttore)

verificare le condizioni della gomma (06) assemblata tra il coperchio (03) e la cassetta 
(01) ed il serraggio del pressacavo (05) sul cavo multipolare

verificare l’integrità dell’involucro del finecorsa (01, 03)

verificare l’assialità tra l’albero del finecorsa (02) e l’albero del riduttore

verificare il fissaggio del finecorsa

-     verificare le condizioni del tappo anticondensa, se presente

Qualsiasi  modifica  ai  componenti  del  finecorsa  annulla  la  validità  dei  dati  di  targa  ed 
identificazione dell’apparecchio e fa decadere i termini di garanzia. In caso di sostituzione 
di un qualsiasi componente utilizzare esclusivamente ricambi originali.
TER declina ogni responsabilità da danni derivanti dall’uso improprio dell’apparecchio o da 
una sua installazione non corretta.

Caratteristiche Tecniche

Conformità alle Direttive Comunitarie 

2006/95/CE  2006/42/CE

Conformità alle Norme  

 

EN 60204-1   EN 60947-1   EN60947-5-1

 

 

 

 

EN 60529   

Temperatura ambiente  

 

Immagazzinaggio 

-40°C/+80°C

 

 

 

 

Funzionamento 

-40°C/+80°C

Grado di protezione 

 

 

IP 42

 

 

 

 

IP 65

                                                                   IP 66 / IP 67 / IP 69K
Categoria di isolamento 

 

Classe II

Ingresso cavi 

 

 

Pressacavo M16

Velocità massima                                          800 giri/min
Marcature   

 

 

C

  

Caratteristiche Tecniche degli Interruttori

Categoria di impiego   

 

AC 15

Corrente nominale di impiego 

 

3 A

Tensione nominale di impiego 

 

250 V

Corrente nominale termica 

 

10 A

Tensione nominale di isolamento   

300 V~

Durata meccanica 

 

 

1x10

6

 manovre

Identificazione dei morsetti 

 

Secondo EN 50013

Connessioni 

 

 

Faston 6.3 mm

Marcature   

 

 

C

  

X

Caratteristiche Tecniche UL dei Finecorsa

Finecorsa certificati  

 

 

PFA9042AXXXXXXX

                                                                    PFA9067AXXXXXXX
Caratteristiche elettriche Interruttori                B300, R300
Enclosure Finecorsa                                        Tipo 1 PFA9042AXXXXXXX
                                                                    Tipo 3 PFA9067AXXXXXXX
Conduttori                                                     Rame (CU) 60/75°C
Marcatura                                                      

PRIS090700         rev. 06

IP 42

IP 42 

14

12

11

 Schema di collegamento interruttori

Wiring Layout Switches

Schéma des contacts

CONDITION OF ACCEPTABILITY Underwriters Laboratories:

Use - For use only in (or with) complete equipment, when the acceptability of the combination is determined by Underwriters Laboratories Inc.

1. Cable Gland - Suitable Listed outlet bushing and fittings (QCRV/7) for models PF A90 42 xxxx xxx and suitable Listed outlet bushing and fittings (QCRV/7), “liquid Tight” for 

models PF A90 67 xxxx xxx has to be installed in field in order to maintain the enclosure respectively type1 and type 3 ratings.

2. The quick connect terminal and the wiring in general are suitable for factory wiring only.

3.Cord - Suitable Listed (ZJCZ/7) flexible cord type minimum S or SJ shall be installed in field in conjunction with the cable gland for models PF A90 42 xxxx xxx. Suitable Listed 

(ZJCZ/7) flexible cord type minimum SW or SJW shall be installed in field in conjunction with the cable gland for models PF A90 67 xxxx xxx.

CONDITION D’ACCEPTANCE DE Underwriters Laboratories:

Utilisation - Utilisation uniquement dans (ou avec) un équipement complet, lorsque l’acceptabilité de l’association est déterminée par Underwriters Laboratories Inc.

1. Presse-étoupe - Convient douille de sortie de Listed et accessoires (QCRV / 7) pour les modèles PF A90 42 xxxx xxx et la douille de sortie Listed approprié et raccords (QCRV / 7), 

« étanche aux liquides » pour les modèles PF A90 67 xxxx xxx doit être installé dans domaine afin de maintenir l’enceinte respectivement type1 et 3 votes Type.

2. Le terminal de connexion rapide et le câblage en général sont appropriés pour le câblage en usine seulement.

3.Cord - Listed approprié (ZJCZ / 7) minimum type de cordon souple S ou SJ doit être installé dans un champ en conjonction avec le presse-étoupe pour les modèles PF A90 42 

xxxx xxx. Cord - Listed approprié (ZJCZ / 7 minimum type de cordon souple SW ou SJW doit être installé dans un champ en conjonction avec le presse-étoupe pour les modèles PF 

A90 67 xxxx xxx.

IP 65 

1

5

2

4

4

3

1

5

3

9

2

4

4

6

1

5

4

4

3

2

6

IP 65

Rating codes for d-c control-circuit contacts 

Valeurs pour les interrupteurs circuit de commande d-c

Contact rating code 

designation

Caractéristique électriques 

des interrupteurs

Thermal continuous 

test current, amperes

Courant nominal 

thermique, amperes

Maximum make or break current, amperes

Courant maximum disjonction ou interruption, amperes

125 Volt

250 Volt

301 ÷ 600 Volt

R300

1.0

0.22

0.11

-

R150

1.0

0.22

-

-

Rating codes for a-c control-circuit contacts at 50 and 60 hertz

Valeurs pour les interrupteurs circuit de commande a-c à 50 et 60 hertz

Contact rating 

code designation

Caractéristique 

électriques des 

interrupteurs

Thermal 

continuous test 

current amperes

Courant nominal 

thermique, 

amperes

Maximum current, amperes / 

Courant maximum, amperes

120 Volt

240 Volt

480 Volt

600 Volt

Make

Disjonction

Break

Interruption

Make

Disjonction

Break

Interruption

Make

Disjonction

Break

Interruption

Make

Disjonction

Break

Interruption

B300

5

30

3.00

15

1.50

-

-

-

-

B150

5

30

3.00

-

-

-

-

-

-

RATING ELETTRICI UL DEGLI INTERRUTTORI / 

UL ELECTRICAL RATING OF THE SWITCHES

 

GEARED LIMIT SWITCH USE AND 

MAINTENANCE INSTRUCTIONS

Base rotary limit switch is an electromechanical device for low voltage control 

circuits (EN 60947-1, EN 60947-5-1) to be used as electrical equipment on 

machines (EN 60204-1) in compliance with the fundamental requirements of the 

Low Voltage Directive 2006/95/CE and of the Machine Directive 2006/42/CE.
The limit switch is designed for use in industrialal environments under even severe 

climatic conditions (operational temperature from –40°C to +80°C, suitable for use 

in tropical environment). The equipment is not suitable for use in environments 

with potentially explosive atmosphere, corrosive agents or a high percentage of 

sodium chloride (saline fog). Oils, acids or solvents may damage the equipment; 

avoid using them for cleaning. Do not connect more than one phase to each 

switch. Do not oil or grease the control elements or the switches.
The installation of the limit switch shall be carried out by expert and trained 

personnel. Wiring shall be properly done according to the current instructions.
Prior to the installation and the maintenance of the limit switch, the main 

power of the machinery shall be turned off.

Steps for the proper installation of the limit switch

1. 

loosen the fixing screw (04) and remove the cover (03)

2. 

connect the limit switch shaft (02) to the reduction gear shaft avoiding 

any misalignment between the two shafts

3. 

fix the limit switch firmly in place to prevent abnormal vibrations of the 

equipment during operation; use only the fixing holes on the base (01) to 

fix the equipment

4. 

tighten the cable clamp (05) into appropriate place.

5. 

insert the cable into the limit switch through the cable clamp (05)

6. 

strip the cable to a length suitable for wiring the switches

7. 

tape the stripped part of the cable

8. 

clamp the wire into the cable clamp (05)

9. 

connect the switches according to the contact scheme printed on the 

switches or to the wiring scheme on the back of the instructions (use 6.3 

mm Faston taps)

10.  adjust the operating point of the cams; for proper adjustment, loosen the 

central screw (07) of the cam set, adjust the operating point of each single 

cam by turning its screw (08) (the numbers on the screws refer to the cams 

counting from bottom to top), then tighten the central screw (07)

11.  insert the free end of the no-drop wire (09) into one of the screws (04), 

then close the limit switch using the screws (04); check the proper 

positioning of the rubber (06) in the cover (03) and tighten the screws 

(04) with a torque of 80/100 cNm

Periodic maintenance steps

- check the proper tightening of the screws (04) and cover (03)
-  check the proper tightening of the central screw (07) holding the cams
-  check the wiring conditions (in particular where wires clamp into the switch)
-  check the conditions of the rubber (06) fit between the cover (03) and the 

base (01) and check the tightening of the cable clamp (05) around the cable

- check that the limit switch enclosure (01, 03) is not broken
-  check the alignment between the limit switch shaft (02) and the reduction 

gear shaft

- check that the limit switch is properly fixed
- if there is an anti-moisture plug, check its conditions
In case any component of the limit switch is modified, the validity of the 

markings and the guarantee on the equipment are annulled. Should any 

component need replacement, use original spare parts only.
TER declines all responsibility for damages caused by the improper use or 

installation of the equipment.

TECHNICAL SPECIFICATIONS

Conformity to  

Community Directives   

2006/95/CE 2006/42/CE

Conformity to Standards 

 EN 60204-1 EN 60947-1 EN60947-5-1 

EN 60529

Ambient temperature     

Storage -40°C/+80°C 

 

Operational -40°C/+80°C

Protection degree  

 

 IP 42 

IP 65 

IP 66 / IP 67 / IP 69K

Insulation category  

 

Class II

Cable entry  

 

Cable clamp M16

Maximum speed  

 

800 rev/min

Markings 

 

  C

TECHNICAL SPECIFICATIONS OF THE 

SWITCHES

Utilisation category    

AC 15

Rated operational current  

3 A

Rated operational voltage  

250 V

Rated thermal current  10 A
Rated insulation voltage  

300 V~

Mechanical life  

 

1x10

6

 operations

Terminal referencing    

According to EN 50013

Connections 6.3 mm   

Faston taps

Markings    

 

C X

TECHNICAL SPECIFICATIONS UL  

OF THE ROTARY LIMIT SWITCHES

Certified rotary limit switches  

 PFA9042AXXXXXXX 

PFA9067AXXXXXXX

Switches Electrical Ratings  

B300, R300

Rotary limit switch Enclosure  

 Type 1 PFA9042AXXXXXXX 

Type 3 PFA9067AXXXXXXX

Conductors  

 

Copper (CU) 60/75°C 

Be certain that electrical power supply is OFF and locked in 

the open position before removing limit switch cover

Check limit switch operation carefully, without load, before 

placing hoist in service. If misadjusted, SEVERE DAMAGE AND/

OR A DROPPED LOAD COULD RESULT. Allow 3" for hook drift 

in both directions. Never allow less than three (3) complete 

wraps of rope on drum with hook in lowest position.

WHEN ADJUSTING LIMIT SWITCHES

HAZARDOUS VOLTAGE. CAN CAUSE DEATH, SERIOUS 

PERSONAL INJURY, OR PROPERTY DAMAGE.
DISCONNECT POWER BEFORE WORKING ON THIS EQUIPMENT. 
EACH STEP OUTLINED BELOW MUST BE FOLLOWED FOR 

PROTECTION AGAINST ELECTRICAL SHOCK AND INJURY 

FROM MOVING COMPONENTS.

AT LEAST THREE WRAPS OF ROPE MUST REMAIN ON THE 

DRUM IN THE LOWEST POSITION.

MAKE SURE GEARED LIMIT SWITCH TRIPS FIRST,  

ALLOWING THE ROD OR WEIGHT TYPE SWITCH TO  

ACT AS THE BACKUP LIMIT.

Summary of Contents for Lodeking LT Series

Page 1: ...OPERATING MAINTENANCE MANUAL MANUAL 11854801 REV AC Capacities from 10 to 25 Tons HIGH CAPACITY ELECTRIC WIRE ROPE HOISTS P N 11854801 REV AC September 2017 ...

Page 2: ...tructions 6 Basic Suspensions 7 Hoist Maintenance and Inspection 7 9 Daily Inspection Monthly Inspection Quarterly Inspection Annual Inspection Function Testing After Repair WIre Rope Mainenance and Inspection Reeving 9 10 Lubricant Specifications 11 Inspection Schedule and Maintenance Report 12 Disassembly Reassembly 13 14 Troubleshooting 15 Hoist Gear Drive Information 16 17 Helical Bevel Reduce...

Page 3: ...T02511072 Model Capacity Tons Suspension Or Mounting Lift Feet Lifting Speed FPM Gage In T for Top Runner or D for Deck Mount T for LODEKING LT 25 ton LODEKING LT Top running suspension 23 ft of lift 11 st min hoist speed 11 ft min hoist speed Gage is 72 in 1 3 1 3 3 2 11 072 T T 023 020 ...

Page 4: ... stop signals 23 Never lift a load with the hoist until you and all other personnel are clear of load 24 Make sure load has proper clearance before moving 25 Inch the hoist slowly into engagement with a load but avoid excessive plugging inching and quick reversals of load 26 Do not lift load more than a few inches until it is well balanced in the sling or lifting device 27 Each time a load approac...

Page 5: ...commended due to the possibility of stray voltage from the welding operation damaging the electrical components present on the hoist 7 The trolley mounting surfaces shall be flat and in the same plane within 0 015 8 Hoist frame loading in areas not approved by CMCO is prohibited 9 Deck mount angles to shear block mounting bolts shall be installed with Loctite and torqued to 300 325 ft lbs Bolts sh...

Page 6: ...90 42 xxxx xxx et la douille de sortie Listed approprié et raccords QCRV 7 étanche aux liquides pour les modèles PF A90 67 xxxx xxx doit être installé dans domaine afin de maintenir l enceinte respectivement type1 et 3 votes Type 2 Le terminal de connexion rapide et le câblage en général sont appropriés pour le câblage en usine seulement 3 Cord Listed approprié ZJCZ 7 minimum type de cordon souple...

Page 7: ...cant indicates a chemical change in the lubricant caused by excessive heat which in turn is caused by heavy duty cycles Lubricant that is very black in color must be replaced to prevent shortened life of drive components Lubricate wire rope and other points as required Refer to lubrication chart FOR OPTIMUM LUBRICATION AND COOLING OIL LEVEL MUST BE MAINTAINED AT THE SIGHT GAUGE LEVEL 3 HOOK Check ...

Page 8: ...for excessive wear When the groove of a sheave or rope drum becomes worn excessively it should be replaced Worn grooves on the drum or sheave can greatly reduce the useful life of the hoisting rope 9 BEARING LUBRICATION The motor sheave and outer drum bearings are a pre lubricated sealed design and normally will not need to be lubricated 10 INSPECTION CHECKLIST Fill out inspection checklist at the...

Page 9: ...HOULD BE INSPECTED ACCORDING TO THE ABOVE PARAGRAPH ON WIRE ROPE INSPECTION IF DAMAGED ROPE IS FOUND CHECK DRUM AND FRAME MEMBERS FOR DAMAGE HOW TO MEASURE WIRE ROPE The correct diameter of a wire rope is the diameter of a circumscribed circle which will enclose all the strands It is the largest cross sectional measurement The measurement should be made carefully with calipers The illustrations be...

Page 10: ...5 Dimensional Units INCH Sheet Third Angle Projection Description 1 1 ECN Rev Description of change Date By Material Columbus McKinnon Corporation Hoist Rigging Americas Amherst NY USA Material No Standard Standard Dimensional Tolerances Unless Otherwise Specified 0 to 60 Over 60 X 020 025 XX 010 015 XXX 005 010 Ang 0 30 0 30 Columbus McKinnon Corporation CMCO claims proprietary rights in the mate...

Page 11: ...d Normal Wear Points Viscosity 100º F 193 235 SUS 284 347 SUS Viscosity Index 60 Min 60 Min Pour Point 20ºF 29ºC 10ºF 12ºC Amoco Oil Co Rykon Oil 46 American Industrial Oil 68 Mobil Oil Corp Mobil DTE Oil Heavy Shell Oil Co Rotella 10W Rotella 10W 30 Sun Oil Co Sunvis 932 Sunvis 968 Texaco Oil Inc Rando Oil 46 Rando Oil 68 MPG NLGI Grease No 1 No 2 Multipurpose Grease Grease Lubricated Wear Points...

Page 12: ...ch CONTROL PANELS PUSHBUTTON Trolley Panel Hoist Panel Pushbutton Wiring TROLLEY Motor Brake When so Equip Couplings Gears Shafts Bearings Frame Wheels Bumpers Guards Conductors Collectors RUNWAYS Monorail Joints Monorail Main Conductors Main Collectors MISC General Condition Load Attach Chains Rope Slings Connect Change Gearcase Lub Grounding Faults See text for daily weekly requirements Inspecti...

Page 13: ...ashers that hold the limit switch assembly to the bracket Remove the limit switch assembly from the bracket b Upper Block Limit Switch 1 Disconnect all power from the hoist 2 Remove bolts holding the limit switch bracket to the hoist and remove the limit switch assembly 3 Loosen the clamping screw holding the hub on the limit switch shaft and remove the hub and lever assembly Note its position car...

Page 14: ... and keeping it properly seated in the drum groove install the remaining two clamps to the specified torque above 2 With all personnel clear of hoist TURN ON POWER 3 Operate hoist UP guiding six 6 wraps of new rope into drum grooves with gloved hand 4 With outer lower block covers removed thread the wire rope through the sheaves of the upper and lower block as shown on Reeving Diagrams referenced o...

Page 15: ... to see if points touch If not replace Defective push button cord Wire may be pinched broken or bare Check for lack of continuity or short to ground Motor brake coil burned Replace Check to make sure coil is proper coil for voltage applied Defective stator Rewind stator Rotor loose on shaft Replace MOTOR OVERHEATS EXCESSIVE AMPERAGE DRAW Possible Cause Remedy Defective stator Replace or rewind sta...

Page 16: ...ry for different employs must be adopted and assured by the person responsible for the installation IMPORTANT the components supplied by Rossi must be incorporated into machinery and should not be commissioned before the machinery in which the components have been incorporated conforms to Machinery directive 2006 42 EC and subsequent updatings in particular possible safety guards for shaft ends no...

Page 17: ...s and or bearings which may cause overheatings which may represent heavy danger for people Do not use motor eyebolts when lifting the gearmotors Position the gear reducer or gearmotor so as to allow a free passage of air for cooling both gear reducer and motor especially at their fan side Avoid any obstruction to the air flow heat sources near the gear reducer that might affect the temperature of ...

Page 18: ...indication of the health of the oil additive packages Consult your local oil supplier for further details 7 COMMISSIONING Carry out an overall check making particularly sure that the gear reducer is filled with lubricant Where star delta starting is being used input voltage must match the motor lower voltage connection For asynchronous three phase motor if the direction of rotation is not as desir...

Page 19: ...e brake is supplied with two series of thin spacer of different color yellow and red to allow two adjustment operations After several adjustments of air gap verify that brake disk thickness is not lower than the minimum value stated in Tab 3 if necessary replace the brake disk refer to Fig 9 Release lever rod is not to be left permanently installed to avoid dangerous or inappropriate use Tightenin...

Page 20: ...e switchs thermostats flow indicators etc Anomalous noise One or more teeth with dents or spallings excessive flanks roughness Consult Rossi Worn faulty or badly lubricated bearings Consult Rossi Taper roller bearings with ex cessive clearance Consult Rossi Vibrations Check the fastening and the bearings Lubricant leaking Seal ring with worn bakelized damaged or false mounted seal lip Replace seal...

Page 21: ...asurements should be checked against the corresponding crane measurements to insure correctness of fit After assuring that the crane fits the building determine orientation of crane position with respect to the runway In addition verify building and runway power supply to ensure it matches the power requirements of the crane These types of cranes are usually lifted into position on the runway in o...

Page 22: ... adherence to proven safety rules and practices No person should be permitted to operate a crane or hoist 1 who does not possess the above characteristics 2 who is not qualified or has handicaps that could adversely affect such operation 3 who has not been properly instructed 4 who has not been informed and does not have a thorough knowledge of all applicable safe operating practices including tho...

Page 23: ...vided controls is two step infinitely variable The motion buttons on the pushbutton for the crane typically labeled FWD and REV are two step buttons for this programming The first step is the initial starting speed of the crane and it also performs a speed hold function The second step of the button performs an acceleration function To operate the crane press the button for desired direction FWD o...

Page 24: ...EVICES SHALL NOT EXCEED THE RATED CAPACITY OF THE HOIST AND OR CRANE STEP 3 Attach load to load hook Slowly raise the hook until the slack has been taken out of the below the hook devices When the floor man signals and the operator is satisfied the load is secure in the sling lift the load slowly until clear Now hoisting speed can be increased and maintained until the load is clear of all obstruct...

Page 25: ...otionless in front of the hand giving the motion signal EXTEND BOOM TELESCOPING BOOMS ONE HAND SIGNAL One fist in front of the chest with the thumb tapping the chest RETRACT BOOM TELESCOPING BOOMS ONE HAND SIGNAL One fist in front of the chest with the thumb point ing outward and heel of fist tapping the chest STOP Arm extended and palm down move arm horizontally back and forth EMERGENCY STOP With...

Page 26: ...The crane operator should STOP the crane and refuse to handle loads when 1 there is any doubt as to SAFETY 2 any unusual vibrations or sounds are noticed before or when starting the lift or traverse motions 3 there are arguments or disagreements with the floor man or hitchers 4 the operator feels ill or is not alert INSPECTION Overhead cranes are subject to four levels of inspection Initial Pre Sh...

Page 27: ...cluding control contactors limit switches push button stations for signs of pitted contact points wear or deterioration 7 All hoists and trolleys installed on the crane in accordance with the manufacturer s recommendation ALWAYS LOCK MAIN SWITCH IN THE OPEN POSITION OFF BEFORE INSPECTION NOTICE CRANES THAT HAVE BEEN SITTING IDLE FOR SIX MONTHS OR GREATER SHALL RECEIVE A COMPLETE PERIODIC INSPECTIO...

Page 28: ...e grease unless the severity of the duty cycle and or operating environment warrants otherwise Press bearings onto wheel axle ensure they are fully seated 11 Assemble both bearing caps onto bearings 12 Place wheel assembly onto runway rail and roll it into place in the endtruck Orient the grease fitting if provided on bearing cap pointing towards the rail sweep 13 Carefully lower endtruck ensuring...

Page 29: ...to replacement rectifier a Connect brake leads to DC side of rectifier terminals marked b Connect leads from the plug to the AC side two terminals marked 5 Re assemble in reverse order disassembly 6 Turn power onto crane and test for proper operation BRAKE REMOVAL AND REPLACEMENT If brake air gap exceeds the maximum allowed or is not functioning properly the brake may need to be replaced Follow th...

Page 30: ...30 P N 11854801 REV AC September 2017 HOIST MOTION 200 230 575V 15 20HP 200 575V 25HP WEG MOTORS ...

Page 31: ...NY USA ELEMENTARY DIAGRAM MALE CONNECTOR WIRING SIDE VIEW 7 1 8 6 5 4 3 2 PIN 1 BLK 0VDC PIN 2 RED 10 TO 30 VDC PIN 3 WHT A CMCO ENCODER CABLE TO DRIVE LEADS PIN 4 BLK A PIN 5 GRN B PIN 6 BLK B PIN 7 NOT CONNECTED PIN 8 NOT CONNECTED 4 3 8 2 7 1 5 6 FEMALE CONNECTOR WIRING SIDE VIEW ENCODER CABLE AND CONNECTOR PINOUT PIN 1 BLK 0VDC PIN 2 RED 10 TO 30 VDC PIN 3 YEL A E3 ENCODER LEADS PIN 4 BLU A PI...

Page 32: ...32 P N 11854801 REV AC September 2017 TROLLEY MOTION 200 460V 10 15T WITH 200MM WHEEL G MINI 1 5HP MOTORS 75 150FPM ...

Page 33: ...33 P N 11854801 REV AC September 2017 TROLLEY MOTION 200 460V 20 25T WITH 260MM WHEEL G MINI 2 OR 3HP MOTORS 75 100FPM OR 100 150FPM ...

Page 34: ...34 P N 11854801 REV AC September 2017 TROLLEY MOTION 200 460V 10 15T WITH 200MM WHEEL G SERIES 4 1 5HP MOTORS 575V ...

Page 35: ...of change Rev ECN Drawn Approved Original Scale Design Authority Format Number Description Sheet Columbus McKinnon Corporation Hoist Rigging Americas Amherst NY USA ELEMENTARY DIAGRAM WARNING AVERTISSEMENT SYMBOL DESIGNATIONS 20 25T UNITS 2 x 3HP MOTORS w 260mm WHEEL ELECTROMOTIVE G SERIES 4 PROGRAMMING SPEED REFERENCE NOTE 20 25T UNITS 2 x 2HP MOTORS w 260mm WHEEL ELECTROMOTIVE G SERIES 4 PROGRAM...

Page 36: ... for your hoist as spares for future use These parts are listed at the end of this manual The numbers assigned to parts of our various assemblies in our Parts List are the part numbers used in manufacturing Some of these itemized parts are not for individual sale but must be grouped with other related replacement items NOTICE WHEN ORDERING PARTS OR INFORMATION ON THIS EQUIPMENT ALWAYS INCLUDE MODE...

Page 37: ...0T 15T 20T 25T 1 Trolley Frame Assembly 1 455122XX 455176XX 455169XX 455155X 2 Gearbox 1 454963XX 3 Motor 1 454964XX 4 Drive Shaft Splined 1 23601901 23623301 23604801 5 Key Drive Shaft 1 23569202 23569201 6 Outer Retaining Ring 1 10119449 11858101 7 Inner Retaining Ring 1 11852826 8 M16 Lockwasher 8 11852804 9 M16 Hex Head Bolt 8 C11852850 C11852851 FIGURE 7 ...

Page 38: ... 15T 20T 25T 1 RCLS Spacers 2 11859101 2 RCLS Mounting Plate 1 23623601 23621201 3 RCLS Bracket Bolt Lock Washer 2 11852804 4 RCLSBracked Mounting Bolt 2 11852839 5 RCLS with Drive Coupling 1 236217XX 6 RCLS Flat Washer 2 11852828 7 RCLS Lock Washers 2 11852829 8 RCLS Mounting Bolt 2 11852827 A 1 4 3 2 5 DETAIL A SCALE 1 1 6 7 8 FIGURE 8 ...

Page 39: ...rease Zerk 12 NO6099 6 Trolley Gear Motor 2 453191XX 451520XX 7 Bearing Cap SHCS 24 11802728 11802729 8 Bearing Cap Lockwasher 24 11803202 11803203 9 Rail Sweep 4 23488901 23601301 10 Rail Sweep SHCS 8 for 10T and 15T 16 for 20T and 25T 11802729 11 Rail Sweep Lockwasher 8 for 10T and 15T 16 for 20T and 25T 11803203 12 Rail Sweep Flatwasher 8 for 10T and 15T 16 for 20T and 25T 11803101 13 Bumper 4 ...

Page 40: ...Retaining Ring 2 10119421 2 Washer Inner Spacer 2 11802001 3 Internal Retaining Ring 1 10008303 4 Ball Bearing 2 10377703 5 Sheave 12mm 1 33291501 6 Sheave Pin 1 23386901 7 External Retaining Ring 2 10119419 8 Yoke Pin 1 23387001 9 Hex Head Lock Nut 2 11803001 10 Upper Block Yoke 1 33291601 11 Hex Head Bolt 2 11802507 10 9 8 7 11 1 2 3 4 5 6 FIGURE 10 ...

Page 41: ...Hex Head Nut 2 11802906 2 Lock Washer 2 11803401 3 SHCS M12 2 11852836 4 Staking Plate 1 1139401 5 Lock Washer 2 11852809 6 SHCS 2 11852808 7 Sheave Pin 1 23619602 8 Internal Retaining Ring 1 10008303 9 Ball Bearing 2 10377703 10 Sheave 12mm 1 33291501 11 Sheave Spacer 1 23577403 12 Sheave Spacer 2 23577401 6 5 4 7 11 12 1 2 3 10 8 9 FIGURE 11 ...

Page 42: ...ation CMCO claims proprietary rights in the material disclosed hereon This drawing and or technical information is issued in confidence for engineering information only and may not be reproduced or used to manufacture anything shown or referred to hereon without direct permission from CMCO to the user This drawing and or technical information is loaned for mutual assistance and is subject to recal...

Page 43: ...1 11852822 4 M20 LOCKWASHER 4 11852807 5 M20 HEX NUT 4 11852805 6 M20 SHOULDER BOLT 2 11852802 11852833 7 M16 FLAT WASHER 2 11803104 8 M16 HEX NUT 2 11852806 9 DRUM ASSEMBLY 1 236047XX 236194XX 10 ROPE CLAMP 6 23380301 23631401 11 LOCK WASHER 6 11803202 11803204 12 SHCS 6 11802705 11802713 13 M20 SHCS 2 11852822 11852833 14 OUTBOARD ROPEGUARD 1 33370201 15 M20 Flat Washer 2 18803502 12 SCALE 1 4 1...

Page 44: ...GROUP ASSEMBLY Part Number Item Number Description Quantitiy 10T 15T 20T 25T 1 Limit Switch 1 11697002 2 Limit Switch Hub 1 23336501 3 10 32 SHCS 2 10264647 4 Limit Switch Rod 1 23600501 23600502 23615502 5 M5 Lock Washer 2 11852835 6 M5 SHCS 2 11852834 4 3 6 5 2 1 FIGURE 14 ...

Page 45: ... 6 11803002 FIGURE 15 44 Part No 11353399 S4 REEVED Figure 9 4a Lower Block Assembly S4 Reeved B Frame Lower Block Components for Figure 9 4a S4 Reeved REF No Part Number Description Qty Req d 44931901C Lower Block Assembly Excludes Ref Nos 17 18 1 33290601 Sheave Assembly Incl Ref Nos 12 13 14 4X1309 Hook Latch Kit Not shown 23380691 Hook Assembly Incl Ref Nos 2 3 4 1 N A Trunnion Crosshead 1 2 N...

Page 46: ... Amherst NY USA 8 7 6 5 4 3 2 1 8 7 6 5 B C D E F B C D E F A By Date Rev ECN 1 1 Description Third Angle Projection Sheet Standard Dimensional Tolerances Unless Otherwise Specified INCH Dimensional Units 2 13 2013 Hoist PDE Wadesboro Number C Format Original scale Original project Design Authority Approved Drawn Modeled RSMS 15T LOWER BLOCK ASSEMBLY 1 4 APCCE 2 10 2015 Description of change D6 RE...

Page 47: ...PERSONS RECEIVING THIS DRAWING AND OR TECHNICAL INFORMATION Columbus McKinnon Corporation Amherst NY USA 8 7 6 5 4 3 2 1 8 7 6 5 B C D E F B C D E F A By Date Rev ECN 1 1 Description Third Angle Projection Sheet Standard Dimensional Tolerances Unless Otherwise Specified INCH Dimensional Units 2 13 2013 Hoist PDE Wadesboro Number C Format Original scale Original project Design Authority Approved Dr...

Page 48: ...ct Original scale Format B Number Wadesboro 2 05 10 2016 Dimensional Units INCH Sheet Third Angle Projection Description 1 1 ECN Rev Description of change Date By RSMS Material Columbus McKinnon Corporation Hoist Rigging Americas Amherst NY USA Material No Standard 05 10 2016 Standard Dimensional Tolerances Unless Otherwise Specified 0 to 60 Over 60 X 020 025 XX 010 015 XXX 005 010 Ang 0 30 0 30 C...

Page 49: ...P N 11854801 REV AC September 2017 DECK MOUNT EXPLODED VIEW Item Number Description Quantitiy Part Number 10T 15T 20T 25T 1 SHCS M20 X 2 5 40MM Long 8 C11865901 2 M20 Lock Washer HI Collar 8 11852807 3 Shear Block 4 C23658401 FIGURE 19 ...

Page 50: ...NOTES ...

Page 51: ...NOTES ...

Page 52: ...REACH OF i SUCH WARRANTY WITH RESPECT TO THE ELECTRICAL COMPONENTS OF ANY GOOD SHALL BE VALID OR ENFORCEABLE UNLESS BUYER S WRITTEN NOTICE THEREOF IS RECEIVED BY SELLER WITHIN ONE 1 YEAR FROM THE DATE OF SELLER S DELIVERY TO THE CARRIER AND ii SUCH WARRANTY WITH RESPECT TO THE MECHANICAL COMPONENTS OF ANY GOOD SHALL BE VALID OR ENFORCEABLE UNLESS BUYER S WRITTEN NOTICE THEREOF IS RECEIVED BY SELLE...

Page 53: ...Phone 800 888 0985 716 689 5400 Fax 716 689 5644 www cmworks com 2017 Columbus McKinnon Corporation All Rights Reserved P N 11854801 REV AC September 2017 ...

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