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OM-ER2LZZ-MGE-01
To Customer
This manual contains specific information related to large capacity models. Before use, please read and comply with all the contents of the "ER2 Series Electric Chain Hoist (125kg to 5t) Owner's Manual" (separate publication) as well as this manual to ensure proper use of the products.
Suspended withHook : ER2Motorized Trolley : ER2MManual Trolley : ER2SP/ER2SG
Supplementary Manual
ER2 Series Electric Chain Hoist (7.5t to 20t)
Owner's Manual
2
Safety Precautions
Table of Contents
CAUTIONThis owner’s Manual provides specific information regarding the ER2 electric chain hoist (7.5t to 20t). Before operating the product, be sure to read and comply with all the contents of both this Manual and the ER2 Series Electric Chain Hoist (125kg to 5t) Owner’s Manual to operate the product correctly.
Safety Precautions .........................................................................................................2
Product Specification and Operational Environment .................................................3
• Standard Specifications .....................................................................................3
• Operational Environment ...................................................................................5
Nameplate and Product Code .......................................................................................6
• Nameplate of Electric Chain Hoist ....................................................................6
• Nameplate of Motorized Trolley .........................................................................7
• Nameplate of Manual Trolley .............................................................................7
• Product Code of Large Capacity .......................................................................7
Checks on Unpacking ...................................................................................................8
• Checking Chain Stamps .....................................................................................8
• Recording the Product No .................................................................................8
• Recording the Initial Value .................................................................................8
Assembling .....................................................................................................................9
• Installing a Chain Container ..............................................................................9
• Checking Power and Power Cable ..................................................................13
• Connecting Cables ...........................................................................................15
Regular inspection .......................................................................................................20
• Daily Inspection ................................................................................................20
• Frequent Inspection .........................................................................................21
• Periodic Inspection ...........................................................................................23
Appendix .......................................................................................................................27
Wiring Diagram .............................................................................................................27
Mandatory
3
Product Specifications and Operational Environment
■Standard SpecificationsShort-time rating : ER2 (100% of rated load) - 60 minutes, MR2 (100% of rated load) - 30 minutesIntermittent rating : ER2 (63% of rated load) - 60% ED, MR2 (63% of rated load) - 40% EDHoist classification * : ISO-M4,FEM-2m,ASME-H4Protection : Hoist IP55,Push Button Switch IP65Push button control : 3-push button control for hook or manual trolley suspension, / 5 or 7-push button control for
motorized trolley suspensionLift : 3m (standard)Power supply method : Cabtyre cableColor : KITO Yellow (Equivalent to Munsell 7.2YR6.5/14.5)Braking capacity : 150% or moreApplicable rail type : I beam, H beamApplicable rail width : 150mm – 308mmPower supply cable : Standard length - 10m Voltage & motor :
Voltage category Motor Insulation Class
Voltage range Control Voltage50Hz 60Hz
230V Class B220V 220V
24V(24V~27.8V)
230V 230V
400V Class F380V 380V400V 440V415V —
500V Class B 500V 575V
230/460V Class B208-230V 110V
(110V~121V)415-460V* For more information about the operating conditions and environment, refer to the ER2 Series Electric Chain Hoist
(125kg to 5t) Owner’s Manual, and for the standard dimensions refer to the appendixes in this manual.
The operational environment of the electric chain hoist and motorized trolley is as follows:
NOTE • Operate the electric chain hoist at the rated voltage. • Do not use the electric chain hoist beyond the short time and intermittent ratings.
* Hoist classificationCapacity (t) Code ISO ASME FEM
7.5 ER2-075S
M4 H4 1Am10
ER2-100LER2-100S
15 ER2-150S20 ER2-200S
Product Specifications and Operational EnvironmentStandard Specifications
4
ISO 4301 specifies the total operating hour (service life) of gears and bearings according to the loading status. For example, the total operating hour (service life) of the mechanism for M5 constantly subjected to the rated load is 1,600 hours. The total operating hour reaches 6,300 hours under a medium load.
*Rate of loadingLight : A case where the capacity is rarely applied. Usually the hoist is used with a light load.Medium : A case where the capacity is applied considerably frequently. Usually the hoist is used with a medium
load.Heavy : A case where the capacity is applied considerably frequently. Usually the hoist is used with a heavy load.Ultra heavy : A case where the capacity is applied constantly.
Loading statusTotal operating hour h
800 1600 3200 6300 12500Light M4 M5
Medium M4 M5Heavy M4 M5
Ultra heavy M4 M5
● ISO
Hoist duty class Typical areas of application
Operation time ratings at K=0.65Unlformly distributed
work periodsInfrequent
work periodsMax. on
time, min / hrMax. No. starts / hr
Max. on time from cold start, min
Max. No. of starts
H2
Light machine shop fabricating, service,and maintenance; loads and utilization randomly distributed; capacitys infrequently handled.
7.6 (12.5%) 75 15 100
H3General machine shop fabricating, assembly, storage, and warehousing; loads and utilization randomly distributed.
15 (25%) 150 30 200
H4
High volume handing in steel warehouses, machine shops, fabricationg plants and mills, and foundries; manual or automatic cycling operations in heat treating and plating; loads at or near capacity frequently handled.
30 (50%) 300 30 300
● ASME HST
• The grade symbols are identical to those of ASME HST-1M. (Performance standard for Electric Chain Hoist)
Relation between ISO-and FEM-Denominations1 Dm 1 Cm 1 Bm 1 Am 2 m 3 m 4 m 5 mM 1 M 2 M 3 M 4 M 5 M 6 M 7 M 8
Loadspectrum
Cubicmean value
Class of operation timeV0.06 V0.02 V0.25 V0.5 V1 V2 V3 V4 V5
T0 T1 T2 T3 T4 T5 T6 T7 T8Average operation time per day in hours
0.12 0.25 0.5 1 2 4 8 16 >161 L1 K 0.50 – – 1 Dm 1 Cm 1 Bm 1 Am 2 m 3 m 4 m2 L2 0.50<K 0.63 – 1 Dm 1 Cm 1 Bm 1 Am 2 m 3 m 4 m 5 m3 L3 0.63<K 0.80 1 Dm 1 Cm 1 Bm 1 Am 2 m 3 m 4 m 5 m –4 L4 0.80<K 1.00 1 Cm 1 Bm 1 Am 2 m 3 m 4 m 5 m – –
Class of operating
time
Average operating
time per day (in hours)
Calculated total operating
time(in hours)
V0.06 T0 0.12 200V0.12 T1 0.25 400V0.25 T2 0.5 800V0.5 T3 1 1,600V1 T4 2 3,200V2 T5 4 6,300V3 T6 8 12,500V4 T7 16 25,000V5 T8 >16 50,000
● FEM
• The grade symbols are identical to those of FEM 9.511.(Rules for Design of Serial Lifting Equipment: Classification of Mechanisms)
Produ
ct Sp
ecific
ation
s and
Opera
tiona
l Env
ironm
ent
Stan
dard
Spe
cific
atio
ns
5
■Operational EnvironmentAmbient temperature : -20°C to +40°CSlope of rail : No slope of travelling rail (for the hoist with trolley)Ambient humidity : 85 % or less (no condensation)Explosion-proof construction : Not applicable to the work environment with explosive gases or explosive vaporEnvironment to be avoided : A place with organic solvent or volatile powder, and a place with a plenty of powder
and dust of general substances : A place with considerable amount of acids and salts
NOTEWhen installing the electric chain hoist outdoors or to the place where the hoist is exposed to direct rain, wind and snow, shelter the hoist under a roof to protect it from rain, wind and snow.
Product Specifications and Operational EnvironmentO
perational Environment
6
■Nameplate of Electric Chain Hoist
CODE: ER2-100S
CHAIN SIZE: T-11.2×31.2mm
LOT No: MFG.YEAR
SERIAL No:
LIFTING SPEED: 0.118 m/s 50Hz
: 0.142 m/s 60Hz
SIZE: ER2-F GRADE: M4②③④
⑤ ⑦⑥⑧⑨
①
1 · · · Capacity Ex. 10t The maximum mass of the load that can be
imposed on the product. The mass of the hook is excluded.
2 SIZE · · · Body size Ex. Body size F, ER2-F The size of the electric chain hoist body to
support the load. Five models of B, C, D, E and F are provided.
3 GRADE Ex. M4 The grade of an electric chain hoist specified
by Japanese Industrial Standard JIS indicates degree of durability.
4 CODE · · · Product code Ex. ER2-100S The code is denotations composed of product
model, capacity, lifting speed.
5 CHAIN SIZE · · · Load Chain size Ex. T-11.2×31.2mm The alphabet and the figures indicate the JIS
grade, wire diameter and chain pitch respectively.6 LOT No. Manufacture No. to identify the time of manufacture
and a batch of production.7 MFG. YEAR · · · Manufacture year8 SERIAL No. Serial number to indicate the manufacturing sequence
of the product.9 LIFTING SPEED
Nameplate and Product Code
Nam
epla
te a
nd P
rodu
ct C
ode
Nam
epla
te o
f Ele
ctric
Cha
in H
oist
7
■Nameplate of Motorized Trolley
LOT No:
SERIAL No:
TRAVELING SPEED:
0.333 m/s 50Hz
0.400 m/s 60Hz
CODE: MR2-100L MFG.YEAR①
②④⑤⑥
③
1 · · · Capacity Ex. 10t The maximum mass of the load that can be
imposed on the product. The mass of the hook is excluded.
2 CODE · · · Product code Ex. MR2-100L The code is denotations composed of product
model, capacity, lifting speed.3 MFG. YEAR · · · Manufacture year4 LOT No. Manufacture No. to identify the time of manufacture
and the quantity of a production unit.
■Nameplate of Manual Trolley
■Product code of large capacity
1 · · · Capacity Ex. 10t The maximum mass of the load that can be imposed
on the product. The mass of the hook is excluded.2 LOT No. Manufacture No. to identify the time of manufacture
and the quantity of a production unit.3 SERIAL No. Serial number to indicate the manufacturing sequence
of the product.
①
②
③
5 SERIAL No. Serial number to indicate the manufacturing
sequence of the product.6 TRAVELING SPEED
CapacityCode
Electric chain hoist Motorized trolley Manual trolley (geared trolley)Body size Standard speed Low speed Low speed
7.5t
ER2-F
ER2-075S - MR2-075L TSG07510t ER2-100S ER2-100L MR2-100L TSG10015t ER2-150S - MR2-150L TSG15020t ER2-200S - MR2-200L TSG200
Nam
eplate and Product Code
Nam
eplate of Motorized Trolley / N
ameplate of M
anual Trolley
8
Checks on Unpacking
Capacity Load Chain : diameter (mm) Stamp interval
7.5t
11.2 12 links10t15t20t
RH-DAT 0000 RH-DAT
Stamp interval
First stampSecond stamp Second stamp
Front side : RH-DAT or FT-DATBack side : H-23
Front side : Lot No. of the Load Chain (4 digits)Back side : KITO
After unpacking, confirm chain stamp, and make a record of serial number and an inspection as shown below.
• Be sure to check that the Load Chain is for the electric chain hoist ER2. The Load Chain of other models (such as model ES or ER) or for different capacity cannot be used.
Failure to use a proper chain may result in death or serious injury due to the drop of the lifted load.
Mandatory
Mandatory
The load chain identification stamp (RH-DAT) is indicated on at intervals of chain links. Make sure that the Load Chain is of a chain size (wire diameter) appropriate for ER2 referring to the table below.
DANGER
DANGER
● Fill in the table in the right with product's Lot No., Serial No. (described in the product nameplate), date of purchase and the name of the sales shop where you purchased the product.* When requesting repair or ordering a hoist
part, please inform us of these pieces of information together.
Item Electric chain hoist Motorized trolley Manual trolleyLot No. ER2A– MR2A– TS2–Serial No.Date of purchaseName of the sales shop
■Checking Chain Stamps
Che
cks
on U
npac
king
Chec
king
Chain
Sta
mps
/ Rec
ordi
ng th
e Pro
duct
No.
/ Rec
ordi
ng th
e Ini
tial V
alue
■Recording the Product No.
■Recording the Initial Value ● For later maintenance or inspection, at the time of unpacking, fill in the table in the right with the dimension "a" between embossed marks on the Bottom Hook, the width of the hook "b" and the thickness of the hook "c". (These values are used for checking. Please also record the value for the top hook of ER2 when your product is suspended with a hook.)
Initial dimensions
b
c
a
Embossed marks
Top Hook(For ER2 only)
Dimension a mm
Dimension b mm
Dimension c mm
Bottom Hook
Dimension a mm
Dimension b mm
Dimension c mm
9
• The each type of Chain Container has the capacity to store the specific amount of the Load Chain. Use the Chain Container in correct capacity.An chain overflow from the overstored container or a drop of container improperly installed on the hoist can cause quite dangerous situation, resulting in fatal or serious injury.Failure to have the maintenance personnel install the Chain Container may cause fatal or serious injury.Before installation of the container, please also check the container capacity of the hoist and lifting height as shown on the container.
Mandatory
Assembling
• Only qualified maintenance personnel or experts are allowed to assemble and disassemble the electric chain hoist.
Assembly or disassembly of the hoist by incompetent personnel may result in death or serious injury.Prohibited
■Installing a Chain Container ■Preparation for Assembling• To facilitate mounting the chain container, hang the hoist body.• Check that the stopper and the cushion rubber are attached to the third link from the end of the no-load side chain
(the side without the Bottom Hook).
■AssemblingThe two types of the Chain Container are provided: canvas and steelThis manual describes the method to combine the canvas Chain Container with the body of the electric chain hoist. Refer to the separate “Mounting Manual of the Steel Chain Container" for the steel Chain Container.
• When storing the Load Chain into the Chain Container, put the end of no-load side chain first and then store the rest of the Load Chain in order.
Failure to comply with these instructions may causes bodily injury or loss of property.Mandatory
CAUTION
DANGER
DANGER
● Chain Container SealA seal in the right to indicate the hoist capacity and the maximum lift is attached to the Chain Container. Be sure to check it before installation.
Assem
blingInstalling a C
hain Container
10
● 7.5t, 10t(L)
● 10t(S), 15t(S), 20t(S)
1) Install 2 container chains to the chain container with socket bolts, plain washers, and lever nuts.
2) Install the lug of the container on the chain guide A at the bottom of the hoist with the bolts and lever nuts.
3) Install 2 container chains to the container suspender with the socket bolts, plain washers and lever nuts.
1) Install 2 container chains to the chain container with socket bolts, plain washers, and lever nuts.
2) Install the lug of the container on the chain guide A at the bottom of the hoist with the bolts and lever nuts.
3) Insert the socket bolt through a plate of the Connection yoke, both end links of container chains and the other plate and fasten them with plain washers and lever nuts.
Container suspension wheel
Socket bolt
Plain washer
Container chain
Socket boltPlain washer
Chain container
Connection Yoke
Lever nut
Socket bolt
Container chain
Lever nut
Socket bolt
Plain washer
Chain container
Fix with bolt and lever nut.
Fix with bolt and lever nut.
Lever nut
Lever nut
Ass
embl
ing
Inst
allin
g a
Cha
in C
onta
iner
11
■Checking rails used for the trolley, and adjusting the collarAlthough the product is shipped in conjunction as far as the order of the hoist and trolley is made, it is necessary to adjust the collars to the width of your rail. When a rail width is specified upon order, the collars arrangement is made at shipment. However, if you change to a different rail width, make correct collar adjustments as explained in this section.
● Rail and wheel profile In the conjunction with the motorized or manual trolley, the profile of the trolley wheel and the rail should meet. Check the profile of both the rail and the wheel.
■Rail spacer arrangement Improper spacer arrangement could result in missing, irregular running or dropping. Make correct adjustments of the trolley spacers to the rail width as shown in the following the table.
● Motorized TrolleyNumber of Adjusting Spacers
WLL (t)
Beam flange width
Parts(mm)
149150
153 155 160 163 170 175 178180181
184185
200 203 215 220 229 232 250 254 257 260 264 267 279 283 286 289 295 298 300 302 305
7.5 to 20
Thin spacerInner 1+1 1+2 1+2 2+3 3+3 4+4 1+1 1+2 2+2 2+3 1+1 1+2 3+3 4+4 1+1 1+2 4+4 1+1 1+2 2+2 2+3 3+3 1+1 1+2 2+2 2+3 3+4 4+0 4+0 4+1 5+1
Outer 6 5 5 3 2 0 6 5 4 3 6 5 2 0 6 5 0 6 5 4 3 2 6 5 4 3 1 4 4 3 2
Thick spacerInner 1+1 1+1 1+1 1+1 1+1 1+1 2+2 2+2 2+2 2+2 3+3 3+3 3+3 3+3 1+1 1+1 1+1 2+2 2+2 2+2 2+2 2+2 3+3 3+3 3+3 3+3 3+3 3+4 3+4 3+4 3+4
Outer 4 4 4 4 4 4 2 2 2 2 0 0 0 0 5 5 5 3 3 3 3 3 1 1 1 1 1 0 0 0 0
Fixing spacer Inner - - - - - - - - - - - - - - 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2
Remarks: (1) Take note the numbers on spacers of inner side as follows. Example 0+1 0 : Number on side plate S 1 : Number on side plate G (2) Adjustment of trolley width :
Adjust the dimensions by appropriately increasing or decreasing the number of inner or outer adjusting spacers, without strictly adhering to the number of adjusting spacers shown in the above table.
(3) Spacers arrangement example.Number of Adjusting Spacers
For I beam For H beam
Inner
Side plate S
Suspension shaft
OuterSuspender T
Fixing spacer
Side plate G
Thin spacer
Thick spacer
edis thgiRedis tfeL
Assem
blingInstalling a C
hain Container
12
● Manual TrolleySame as the Motorized Trolley table.
Ass
embl
ing
Inst
allin
g a
Cha
in C
onta
iner
13
● Hook (ER2) and Manual Trolley (ER2SG) mount
CodeCable size
(mm2)
Capacity of fuse and circuit breaker (A)200V class 400V class 500V class Cable size
(AWG)230/460V
Single speed Single speed- ER2SG075S 2 20 15 10 AWG14 30/10- ER2SG100L
ER2-100S ER2SG100S8 40 30 15 AWG10 50/20ER2-150S ER2SG150S
ER2-200S ER2SG200S
● Motorized Trolley (ER2M) mount
CodeCable size
(mm2)
Capacity of fuse and circuit breaker (A)200V class 400V class 500V class Cable size
(AWG)
230/460VSingle speed ER Single MR Single
ER2M075S-L 3.5 30 20 20 AWG12 30/15ER2M100L-LER2M100S-L
8 60 40 20 AWG10 60/30ER2M150S-LER2M200S-L
■Checking Power and Power Cable
• Check that the source voltage meets the rated voltage of the electric chain hoist. • Check that the rating of the breaker meets the specifications of the electric chain hoist.
Failure to comply with this instruction may result in death or serious injury.Mandatory
DANGER
Assem
blingC
hecking Power and Pow
er Cable
14
● Checking the Power Cable
Prohibited
Mandatory
CAUTION
CodeCablesize
(mm2)
200V class 400V class 500V class 230/460VSingle speed Cable
size(mm2)
Single speed50Hz 60Hz 50Hz 60Hz
50Hz60Hz
220-230V 220-230V 380-415V 380-440V 208-230V 415-460V- ER2SG075S 2
(3.5)21
(37)18
(32)59
(103)56
(99)108
(189)AWG14
(AWG12)16
(28)68
(119)- ER2SG100LER2-100S ER2SG100S
8(14)
42(75)
37(64)
118(207)
113(198)
216(378)
AWG10(AWG8)
22(32)
93(136)ER2-150S ER2SG150S
ER2-200S ER2SG200S
CodeCablesize
(mm2)
200V class 400V class 500V class 230/460VSingle speed Cable
size(mm2)
ER Single-MR Single50Hz 60Hz 50Hz 60Hz
50Hz60Hz
220-230V 220-230V 380-415V 380-440V 208-230V 415-460VER2M075S-L 3.5
(5.5)27
(42)24
(38)71
(111)71
(112)138
(217)AWG12
(AWG10)21
(34)90
(142)ER2M100L-LER2M100S-L
8(14)
36(63)
32(56)
96(169)
95(166)
182(319) AWG10
(AWG8)
19(28)
80(117)
ER2M150S-L 31(54)
28(49)
81(142)
82(143)
158(276)
17(25)
71(103)ER2M200S-L
NOTE) Figures in parentheses ( ) mean the cable one size larger than the standard size.
• Do not use the cable other than the accompanying cable or optional power cable.
Failure to comply with this instruction causes bodily injury or loss of property.
• Do not use the power supply cables beyond their maximum length or cable size.
Failure to comply with this instruction causes bodily injury or loss of property.
Ass
embl
ing
Che
ckin
g Po
wer
and
Pow
er C
able
15
NOTE • Do not fastening the cable plugs by using a tool and be sure to fasten them by hand.
Tightening excessively a connector may result in damaging or breaking plastic threads. • To prevent the cable from disconnecting or coming off, secure the strain relief wire of the push button cord to the hoist or
trolley body.
■Connecting Cables
• Be sure to turn off the power supply before wiring work.
Failure to comply with this instruction causes fatal or serious injury due to electrical shock.
Mandatory
DANGER
Relay cable for operation Connection box Cable holder arm
Cable holderHolder B
Power cable
Holder A
Cable packing
Cord chain stopper
Protection wire
Pan head screw
Electric chain hoist
Electric chain hoist
Relay cable for power
Relay cable for operation
Socket (8P)
Socket holderLock ringPlug (8P)
Socket (4P)
Plug (4P)
Lock ring
Plug (8P)
Socket (8P)
Relay cable for power
■Hook Suspensions for 10t (S) or more
Assem
blingC
onnecting Cables
16
2) Insert the plugs (8P) of the relay cable for operation into the sockets (8P) of each of 2 hoists, and securely tighten the lock rings.
1) Insert the plugs (4P) of the relay cable for power into the sockets (4P) of each of 2 hoists, and securely tighten the lock rings.
● Connecting the relay cable
2) Insert the cord chain stopper into the end ring of the protection wire, and fix the stopper to the socket holder with a pan head screw.
1) Insert the plug (8P) of the push button swtich cord into the socket (8P), and securely tighten the lock ring.
● Connecting the push button switch cord
2) Remove the cable packing from the power cable, and pass holder A through the power cable.
1) Remove holder A installed on the connection box.
● Connecting the power cable
3) Pass the cable packing through the power cable (see the figure P15), and then insert it into the connection box.
4) Tighten holder A, and fix the power cable to the connection box.
5) Connect the power cable to the terminal panel in the connection box. (Refer to the wiring diagram on the connection box to perform wiring correctly.)
6) Fix the cable holder on the power cable to the cable holder arm.
Ass
embl
ing
Con
nect
ing
Cab
les
17
■Motorized Trolley
Relay cable for operation Connection box
Holder BPower cable
Holder A
Cable packing
Cord chain stopperProtection wire
Pan head screw
Electric chain hoist
Joining plate
Cord-support wire stopper
Protection wire
Pan head screw
Cable holder arm
Chain hanging pin B
Split pin
Slotted nut
Power cableCable holder
Electric chain hoist
Relay cable for power
Relay cable for operation
Socket (8P)
Socket holderLock ring
Plug (8P)Socket (4P)
Joining plate
Pan head screwCord-support wire
stopperProtection wire
Plug (4P)
Lock ring
Plug (8P)
Socket (8P)
Relay cable for power
<15t-20t Push Button Switch Cord> <Trolley Power Cable Connection>
Holder nut Plate DHolder B
Holder A
<Direct-mount Push Button Switch Cord Connection>
Assem
blingC
onnecting Cables
18
1) Remove holder A installed on the connection box. 2) Remove the cable packing from the power supply cable, and pass holder A through the power
cable. 3) Pass the cable packing through the power cable (see the figure P17), and then insert it into the
connection box. 4) Tighten holder A, and fix the power cable to the connection box.
● Trolley Type1) Mount the cable holder, which the Power Cable is passed, to the cable holder arm using a chain
hanging pin B, a slotted nut and a split pin.5) Connect the power cable to the terminal panel on the connection box.
(Refer to the wiring diagram on the connection box to perform wiring correctly.) 6) Fix the cable holder on the power cable to the cable holder arm.
● Connecting the power cable
1) Insert the plugs (4P) of the relay cable for power into the sockets (4P) of each of 2 hoists, and securely tighten the lock rings.
2) Insert the plugs (8P) of the relay cable for operation into the sockets (8P) of each of 2 hoists, and securely tighten the lock rings.
1) Insert the plug (8P) of the push button swtich cord into the socket (8P), and securely tighten the lock ring.
2) Insert the cord chain stopper into the end ring of the protection wire, and fix the stopper to the socket holder with a pan head screw. For 15t and 20t, fix the cord-support wire stopper to the joining plate with a pan head screw.
● Connecting the relay cable
● Connecting the push button switch cord
● Direct-mount1) Mount the Holder B, which the Push Button Switch Cord is passed, to the plate D using the
holder nut.2) Connect the Push Button Switch Cord to the terminal panel of the Connection Box.
Ass
embl
ing
Con
nect
ing
Cab
les
19
Cable holder Cable holder arm
Connector Socket holder
Plug (8P)
Socket (8P)
Cord Support L
Pan head screw
Protection wire
Lock Ring
Plug (4P)
Pan head screw
Socket (4P)
Cable Support L
■ Manual Trolley Type (7.5t, 10t(L))
2) Fix the power cable to the cable holder with a affordable length.
1) Insert the plugs (4P) of the power cable into the sockets (4P) of each of 2 hoists, and securely tighten the lock rings.
● Connecting the push button switch cord
● Connecting the power cable
1) Insert the plug (8P) of the push button swtich cord into the socket (8P), and securely tighten the lock ring.
2) Insert the cord support L into the end ring of the protection wire and set the wire to the notch of the cord support L, and fix the cord support L to the hoist body with a pan head screw.
■ Direct connection
Cable Packing Connector Socket holder
Holder A
Holder A
Holder C (upper side)Holder C (lower side)
1
2
2) Connecting the Push Button CordInsert the Push Button Cord into the Holder C (lower side) of the Connector Socket holder. Turn the Holder A to connect the cord securely.
3) Carry out wiring correctly in accordance with the wiring diagram inside the Controller Cover.
1) Connecting the Power CableInsert the Power Cable into the Holder C (upper side) of the Connector Socket holder. Turn the Holder A to connect the cable securely.
* Items other than the above are the same to those described for Plug Connection.
Assem
blingC
onnecting Cables
20
Regular Inspection
• Carry out daily inspection before operation.(When any abnormality is found during inspection, turn off the power, indicate “FAILURE" and ask the maintenance engineer for repair.)
Failure to comply with this instruction causes fatal or serious injury. Mandatory
DANGER
For information about the items not shown in the following table, see the ER2 Series Electric Chain Hoist (125kg to 5t) Owner’s Manual and perform the inspection.
■Load chain
■Daily Inspection
■Hook, Idle Sheave
Item Check method Criteria When failed
Paint marks on load chain (except for 7.5t/10t – (L))
• Check visually. • No misalignment in position (Misalignment between upper and lower of paint marks must be within 1m.)
* Some misalignment due to differences in hoisting/lowering speed and stop distance between the left and right electric chain blocks is not a fault.
With no load, lower the chains until both limit switches are triggered.
Item Check method Criteria When failed
Tilt of bottom hookTilt of idle sheave
• Check visually and by operation.
• No tilt • Smooth rotation of the idle sheave and no tilt in
bottom hook when hoisting/lowering
Move the load chain or bottom fixture to remove accidental rotation, catching, and twisting.
Paint marks
Reg
ular
Insp
ectio
nD
aily
Insp
ectio
n
21
• After completion of the frequent inspection, perform the functional check and make sure that the electric chain hoist operates correctly.
Failure to comply with this instruction causes fatal or serious injury.Mandatory
DANGER
For information about the items not shown in the following table, see the ER2 Series Electric Chain Hoist (125kg to 5t) Owner’s Manual.
■Frequent Inspection
Item Check method Criteria When failed
Elongation of pitch
• Measure the sum of pitch for 5 links with point caliper.
• Does not exceed the following limit (common to all capacities)
Standard: 157mmLimit: 161.7mm
Replace the load chain.
Wear of chain diameter
• Measure chain diameter with point caliper.
• Does not lower than the following limit.Standard: 11.2mmLimit: 10.1mm
Replace the load chain.
Sum of pitches of 5 links
■Load Chain ● Check the Load Chain after removing all the stain on the chain. ● Use the needle head caliper (point caliper) to measure the multiple pitches and diameter. ● Lubricate the Load Chain after inspection. ● Application of lubricant influences on the life of the Load Chain considerably. Use the KITO genuine lubricant or equivalent (industrial lithium grease: consistency No.0)
● Under no load, apply the lubricant to the linking part of the Load Chain that engages the Load Sheave and the Idle Sheave and the linking part of the Load Chain.
● After application of the lubricant operate the hoist to lift and lower without a load to spread the lubricant on the Load Chain.
NOTE • When performing frequent inspections, also perform daily inspections. • When using 2 electric chain blocks (10t or greater), perform inspections on all parts of both units.
d
Regular Inspection
Frequent Inspection
22
Item Check method Criteria When failed
Opening and wear of hook
• Check visually and measure with vernier caliper.
Measured value (mm) Limit value
Dimension a: does not exceed the size measured at the purchase.
Dimension b: wear does not exceed 5%
Dimension c:
• Please be aware that these standard values shown in the table below include tolerance because of forging.
Replace the hook.
■Hook
b
c
a
Embossed marksCapacity Dimension a (mm) Dimension b (mm) Dimension c (mm)
Standard Standard Limit Standard Limit7. 5t 121 48 45. 6 72. 6 6910t 131 60 57 87 82. 715t 142 70 66. 5 99. 4 94. 520t 181 71 67. 5 112 106. 4
Reg
ular
Insp
ectio
nFr
eque
nt In
spec
tion
23
• Put the electric chain hoist on the floor or work bench when inspecting the electric chain hoist. • After completion of the periodic inspection, perform the functional check and make sure that the electric
chain hoist operates correctly.
Failure to perform periodic inspections could result in death or serious injury.Mandatory
DANGER
For information about the items not shown in the following tables, refer to the Kito ER2 Series Electric Chain Hoist (125kg to 5t) Owner’s Manual and perform inspection.
■Periodic Inspection
Item Check method Criteria When failed
Deformation • Check visually and measure the dimensions.
• No remarkable deformation Length of chain spring Standard: 160 mm Limit: 152 mm
Replace the chain spring.
■Electric chain hoist periodic inspection ● Chain spring
NOTE • When performing periodic inspections, also perform frequent and daily inspections. • When using 2 electric chain hoist (10t or greater), perform inspections on all the parts of both hoists.
Dimension standards
Regular Inspection
Periodic Inspection
24
● Oil
Item Check method Criteria When failed
Oil amount and stain
Visual inspection from oil check hole on the side of the hoist
• Oil does not enter until it approaches the oil surface position.
• Gear oil has viscosity but not stained.• For more information about changing gear oil,
see the ER2 Series Electric Chain Host (125kg to 5t) Owner’s Manual .
Gear oil quantity: per hoist • Friction clutch: 1900ml • Friction clutch with
mechanical brake: 2700ml
Add or change oil.
* For friction clutch with mechanical brake, insert an oil dipstick into the oil inspection hole on the top of the hoist to check a level of the oil quantity.
The level should be 130mm from the hole. (Please refer to the Kito ER2 Series Electric Chain Hoist (125kg to 5t) Owner’s Manual.)
● Electromagnetic brake (gap)
Item Check method Criteria When failed
Gap Measure the gap with thickness gauge.
• Do not exceed the limitLimit: 1.1 mm
Replace the electromagnetic brake.
● Load sheave/idle sheave
Item Check method Criteria When failed
Wear and flaw
Check visually and measure the dimensions.
• Tohavenosignificantwear,deformationanddamage
• Tohaveneitherwearnorrun-onflawonthesheave pocket.
Should not be below the limit Standard thickness value: 7.3mmAbration threshold value: 4.9mm
Replace the applicable parts.
Brake
Stator
Initial thickness
Worn area
Thickness
From the side
Brake gap(enlarged)
Gap
Reg
ular
Insp
ectio
nPe
riodi
c In
spec
tion
25
■Electric trolley periodic inspection ● Brake (amount of wear)
Item Check method Criteria When failed
Wear of brake pad
Disassemble the Brake and measure the size B.(Measure the size so that the break drum is attached to the motor cover.)
• Should not be below the limit Standard for dimension B: 32.5mm Limit for dimension B: 31mm
B
Replace the motor cover.
● Wheel (amount of wear)
Item Check method Criteria When failed
Amount of wear
Measure outer diameter with vernier caliper.
• Should not be below the limit(For I beam) Standard for dimension D: 175mm Limit: 165mm Standard for dimension d: 166mm Limit: 156mm
(For H beam) Standard for dimension D: 175mm Limit for dimension D: 165mm
Replace the Wheel.
φd
φD
φD
● Side roller (amount of wear)
Item Check method Criteria When failed
Amount of wear
Measure outer diameter with vernier caliper.
• Should not be below the limitStandard: 55mmLimit: 54mm
Replace the side roller.
Brake drum
External diameter
H beam I beam
Regular Inspection
Periodic Inspection
● Load sheave/idle sheave (Continued)
Item Check method Criteria When failed
Abrasion and flaw of the Needle Bearing for Idle Sheave and Bottom Shaft.
Wipe off the grease applied inside of the Idle Sheave and Needle Bearing, and check visually for Needle Bearing and Bottom Shaft.
• No deformation and damage.• The idle Sheave rotate smoothly.• After having maintenance and have no
abnormalities, apply grease inside adequately• Timing of change the grease (Refer to “the
ER2 Series Electric Chain Host (125kg to 5t) Owner’s Manual. ” (P91).)
Replace the Idle Sheave.
● Load sheave/idle sheave (Continued)
Item Check method Criteria When failed
Abrasion and flaw of the Needle Bearing for Idle Sheave and Bottom Shaft.
Wipe off the grease applied inside of the Idle Sheave and Needle Bearing, and check visually for Needle Bearing and Bottom Shaft.
• No deformation and damage.• The idle Sheave rotate smoothly.• After having maintenance and have no
abnormalities, apply grease inside adequately• Timing of change the grease (Refer to “the
ER2 Series Electric Chain Host (125kg to 5t) Owner’s Manual. ” (P91).)
Replace the Idle Sheave.
NeedleBearing
Bottom Shaft
26
■Manual trolley periodic inspection ● Wheel
Item Check method Criteria When failed
Amount of wear
• Measure outer diameter and flangewithverniercaliper.
• Should not be below the limit
(For I beam) Standard for dimension D: 155mm Limit: 148mm Standard for dimension d: 145mm Limit: 139mm
(For H beam) Standard for dimension D: 147mm Limit: 140mm (Common)Standard for dimension t: 13mm Limit: 9mm
Replace the Wheel.
φd
φD
ttφD
H beam I beam
NOTE • For information about the troubleshooting, see Chapter 3 of the KITO ER2 Series Electric Chain Hoist (125kg to 5t) Owner’s Manual.
Reg
ular
Insp
ectio
nPe
riodi
c In
spec
tion
27
Appendix
Wiring D
iagram
■Wiring Diagram of Single Speed ER(10tL),ERSG (7.5/10tL) ■200V class 400V class, 500V class (Plug Connection)
200V
cla
ss,4
00V
clas
s,500
V cl
ass
50/6
0Hz,
3Pha
se
Not
e
3.Po
wer
Sup
ply
4.Pu
sh B
utto
n Co
nnec
tion
Plug
Con
nect
ion
2.O
pera
tion
Type
Hoi
st: S
ingl
e Sp
eed
Part
s No
B~
NAM
ETr
ansf
orm
er
Hoi
st M
otor
Fuse
M11
T~ F~1 2 3 4 5 6 7
CHM
Coun
ter/
Hou
r Met
erG
11Re
ctifi
er
X~Pl
ug/S
ocke
t/Co
nnec
tor
8
Elec
trom
agne
tic B
rake
9 10 11
TP~
Mot
or T
herm
al P
rote
ctor
LS11
LS12
Upp
er L
imit
Switc
hLo
wer
Lim
it Sw
itch
K~Co
ntac
tor
Bk:
Blac
kRd
:Re
dW
h:W
hite
Bn:
Brow
nG
y:G
ray
Or:
Ora
nge
Gn/
Ye:
Gre
en/Y
ello
w
EM:
Emer
genc
y St
opU
P:U
PD
N:D
own
Abbr
evia
tion
Gn:
Gre
enYe
:Ye
llow
Be:
Blue
1.Ca
paci
ty:ER
SG07
5S/E
RSG
(ER)
100L
Elec
tric
Cha
in H
oist
BkRd
Wh
Or
Gy
Gy
UP
Rd
Gn/
Ye
BnBn
CABL
E 4C
EM UP
DN Pu
sh B
utto
n
Bk Rd Wh
Gn
Bk Rd Wh
Or
Gy
Rd
Wh
Rd Rd Wh
Wh
Rd Bk
Elec
trom
agne
ticBr
ake
Hoi
st M
otor
DN
EM
RdM
otor
The
rmal
Prot
ecto
rRd
Rd Wh
Bk Gn/
Ye
CH Met
er
AC C
ABLE
4C
Pow
er S
uppl
y
L1/
RL2
/S
L3/
TPE
3~
Bn
Bk
Rd Wh
Bk Gn/
Ye
K11
1 2
3 4
5 6
13 14
K12
1 2
3 4
5 6
13 14
T124V
2 3 1 E
1 2 34 5 6 7 81
23
45
6
X13
WV
U
M11
K10
A2 A1
K11
A2 A1
K12
A2 A1CH
MF1
G11
- +~
~
B11
K10
1 2
3 4
5 6
12
X15X1
6
1 2 3 4
X14
1211
S1 S2 S3
X12
X11
X114
X115
TP1
LS11
Upp
er L
imit
Switc
h
NC
COM
LS12
Low
er L
imit
Switc
h
NC
COM
Appendix
28
■200V class 400V class, 500V class (Direct Connection)
200V
cla
ss,4
00V
clas
s,500
V cl
ass
50/6
0Hz,
3Pha
se
Not
e
3.Po
wer
Sup
ply
4.Pu
sh B
utto
n Co
nnec
tion
Dire
ct C
onne
ctio
n
2.O
pera
tion
Type
Hoi
st: S
ingl
e Sp
eed
Part
s No
B~
NAM
ETr
ansf
orm
er
Hoi
st M
otor
Fuse
M11
T~ F~1 2 3 4 5 6 7
CHM
Coun
ter/
Hou
r Met
erG
11Re
ctifi
er
X~Pl
ug/S
ocke
t/Co
nnec
tor
8
Elec
trom
agne
tic B
rake
9 10 11
TP~
Mot
or T
herm
al P
rote
ctor
LS11
LS12
Upp
er L
imit
Switc
hLo
wer
Lim
it Sw
itch
K~Co
ntac
tor
Bk:
Blac
kRd
:Re
dW
h:W
hite
Bn:
Brow
nG
y:G
ray
Or:
Ora
nge
Gn/
Ye:
Gre
en/Y
ello
w
EM:
Emer
genc
y St
opU
P:U
PD
N:D
own
Abbr
evia
tion
Gn:
Gre
enYe
:Ye
llow
Be:
Blue
1.Ca
paci
ty:ER
SG07
5S/E
RSG
(ER)
100L
Gy
BnBn
CABL
E 4C
EM UP
DN
Push
But
ton
Bk Rd Wh
Gn
Brak
eH
oist
Mot
orEl
ectr
omag
netic
UP
DN
EMG
n/Ye
Mot
or T
herm
alPr
otec
tor
Bk Rd Wh
Or
Gy
Wh RdRd
Rd
BkRd
Wh
Or
Gy
Elec
tric
Cha
in H
oist
Rd Rd Wh
Wh
Rd
Rd Bk
CH Met
er
AC C
ABLE
4C
Pow
er S
uppl
y
L1/
RL2
/S
L3/
TPE3~
Bn
Bk
Rd Wh
Bk Gn/
Ye
Rd Wh
Bk Gn/
Ye
K11
1 2
3 4
5 6
13 14
K12
1 2
3 4
5 6
13 14
T124V
1 2 34 5 6
12
34
56
X13
WV
U
M11
K10
A2 A1
K11
A2 A1
K12
A2 A1CH
MF1
G11
- +~
~
B11
K10
1 2
3 4
5 6
12
X15
X16
1 2 3 4
X14
X111
X114
X115
1211
S1 S2 S3
TP1
LS11
Upp
er L
imit
Switc
h
NC
COM
LS12
Low
er L
imit
Switc
h
NC
COM
2 31
X112 4App
endi
xW
iring
Dia
gram
29
Appendix
Wiring D
iagram
■230/460V class (208-230V) (Plug Connection)
208~
230V
,60H
z,3P
hese
Not
e
3.Po
wer
Sup
ply
4.Pu
sh B
utto
n Co
nnec
tion
Plug
Con
nect
ion
2.O
pera
tion
Type
Hoi
st: S
ingl
e Sp
eed
Bk:
Blac
kRd
:Re
dW
h:W
hite
Bn:
Brow
nG
y:G
ray
Or:
Ora
nge
Gn/
Ye:
Gre
en/Y
ello
w
EM:
Emer
genc
y St
opU
P:U
PD
N:D
own
Abbr
evia
tion
Gn:
Gre
enYe
:Ye
llow
Be:
Blue
1.Ca
paci
ty:ER
SG07
5S/E
RSG
(ER)
100L
Part
s No
B~
NAM
ETr
ansf
orm
er
Hoi
st M
otor
Fuse
M11
T~ F~1 2 3 4 5 6 7
CHM
Coun
ter/
Hou
r Met
erG
11Re
ctifi
er
X~Pl
ug/S
ocke
t/Co
nnec
tor
8
Elec
trom
agne
tic B
rake
9 10 11
TP~
Mot
or T
herm
al P
rote
ctor
LS11
LS12
Upp
er L
imit
Switc
hLo
wer
Lim
it Sw
itch
K~Co
ntac
tor
12TB
~Te
rmin
al B
locK
UP
DN
CABL
E 4C
Bk Rd Wh
Or
Gy
Wh
Bk
Gy
UP
DN
EMG
n/Ye
Rd Bk
Rd Be Bk Gn/
Ye
CH Met
er
Mot
or T
herm
alPr
otec
tor
EM Push
But
ton
Bk Rd Wh
Bn
Elec
trom
agne
ticBr
ake
Hoi
st M
otor
Elec
tric
Cha
in H
oist
Rd Rd Wh
Wh
Bn
L1/
RL2
/S
L3/
TPE
AC C
ABLE
4C
Pow
er S
uppl
y
Rd Be Bk Gn
3~
RdW
hO
rG
y
RdRd Rd
Gn
Rd
Bn
Bk
AB
CF
ED
TB12
K11
1 2
3 4
5 6
13 14
K12
1 2
3 4
5 6
13 14
G11
- +~
~
12
X15
W1
U1
WU11
0V
T1
S2 S31211
S1
2 3 1 E
1 2 34 5 6 7 81
23
45
6
X13
K10
A2 A1
K11
A2 A1
K12
A2 A1CH
M
F1
K10
1 2
3 4
5 6
X16
1 2 3 4
X14
X12
X11
X114 1 32
TB11
X115
B11
TP1
LS11
Upp
er L
imit
Switc
h
NC
COM
LS12
Low
er L
imit
Switc
h
NC
COM
M11
W1V1U1
W2V2
X1Y1Z1
U2
30
■230/460V class (415-460V) (Plug Connection)
415~
460V
,60H
z,3P
hese
Not
e
3.Po
wer
Sup
ply
4.Pu
sh B
utto
n Co
nnec
tion
Plug
Con
nect
ion
2.O
pera
tion
Type
Hoi
st: S
ingl
e Sp
eed
Bk:
Blac
kRd
:Re
dW
h:W
hite
Bn:
Brow
nG
y:G
ray
Or:
Ora
nge
Gn/
Ye:
Gre
en/Y
ello
w
EM:
Emer
genc
y St
opU
P:U
PD
N:D
own
Abbr
evia
tion
Gn:
Gre
enYe
:Ye
llow
Be:
Blue
1.Ca
paci
ty:ER
SG07
5S/E
RSG
(ER)
100L
Part
s No
B~
NAM
ETr
ansf
orm
er
Hoi
st M
otor
Fuse
M11
T~ F~1 2 3 4 5 6 7
CHM
Coun
ter/
Hou
r Met
erG
11Re
ctifi
er
X~Pl
ug/S
ocke
t/Co
nnec
tor
8
Elec
trom
agne
tic B
rake
9 10 11
TP~
Mot
or T
herm
al P
rote
ctor
LS11
LS12
Upp
er L
imit
Switc
hLo
wer
Lim
it Sw
itch
K~Co
ntac
tor
12TB
~Te
rmin
al B
locK
UP
DN
CABL
E 4C
Bn
Bk Rd Wh
Or
Gy
Wh
Bk
Gy
UP
DN
EMG
n/Ye
Rd Bk
Rd Be Bk Gn/
Ye Elec
trom
agne
ticBr
ake
CH Met
er
Hoi
st M
otor
Mot
or T
herm
alPr
otec
tor
EM Push
But
ton
Bk Rd Wh
Elec
tric
Cha
in H
oist
Rd Rd Wh
Wh
Bn
L1/
RL2
/S
L3/
TPE
AC C
ABLE
4C
Pow
er S
uppl
y
Rd Be Bk Gn
3~
RdW
hO
rG
y
RdRd Rd
Gn
Rd
Bn
Bk
S2 S31211
S1
K11
1 2
3 4
5 6
13 14
K12
1 2
3 4
5 6
13 14
2 3 1 E
1 2 34 5 6 7 81
23
45
6
X13
K10
A2 A1
K11
A2 A1
K12
A2 A1CH
M
F1
G11
- +~
~
B11
K10
1 2
3 4
5 6
12
X15X1
6
1 2 3 4
X14
X12
X11
X114
AB
CF
ED
TB12
W1
U1
WU11
0V
T1
1 32
TB11
X115
TP1
LS11
Upp
er L
imit
Switc
h
NC
COM
LS12
Low
er L
imit
Switc
h
NC
COM
M11
W1V1U1
U2V2
X1Y1Z1
W2
App
endi
xW
iring
Dia
gram
31
Appendix
Wiring D
iagram
■Wiring Diagram of Single Speed ER (10 to 20t), ERSG (10 to 20t) ■200V class 400V class, 500V class (Plug Connection)
200V
cla
ss,4
00V
clas
s,500
V cl
ass
50/6
0Hz,
3Pha
se
CABL
E 4C
CABL
E 4C
CABL
E 4C
CABL
E 4C
Bk Rd Wh
Be BkRd Wh
Gn/
Ye
Bk Rd Wh
Be BkRd Wh
Gn/
Ye
Elec
tric
Cha
in H
oist
B
refe
r to
Hoi
stA
Elec
tric
Cha
in H
oist
A
BkRd
Wh
Or
Gy
Gy
UP
Rd
Gn/
Ye
BnBn
Bk Rd Wh
Or
Gy
Rd
Wh
Rd Rd Wh
Wh
Rd Bk
Elec
trom
agne
ticBr
ake
Hoi
st M
otor
DN
EM
RdM
otor
The
rmal
Prot
ecto
rRd
Rd Wh
Bk Gn/
Ye
CH Met
er
Bn
Bk
Not
e
3.Po
wer
Sup
ply
4.Pu
sh B
utto
n Co
nnec
tion
Plug
Con
nect
ion
2.O
pera
tion
Type
Hoi
st: S
ingl
e Sp
eed
Part
s No
B~
NAM
ETr
ansf
orm
er
Hoi
st M
otor
Fuse
M11
T~ F~1 2 3 4 5 6 7
CHM
Coun
ter/
Hou
r Met
erG
11Re
ctifi
er
X~Pl
ug/S
ocke
t/Co
nnec
tor
8
Elec
trom
agne
tic B
rake
9 10 11
TP~
Mot
or T
herm
al P
rote
ctor
LS11
LS12
Upp
er L
imit
Switc
hLo
wer
Lim
it Sw
itch
K~Co
ntac
tor
12
TB~
Term
inal
Blo
ck13
RY~
Rela
y
Bk:
Blac
kRd
:Re
dW
h:W
hite
Bn:
Brow
nG
y:G
ray
Or:
Ora
nge
Gn/
Ye:
Gre
en/Y
ello
w
EM:
Emer
genc
y St
opU
P:U
PD
N:D
own
Abbr
evia
tion
Gn:
Gre
enYe
:Ye
llow
Be:
Blue
1.Ca
paci
ty:ER
(ERS
G)1
00S~
200S
CABL
E 4C
71 72 73 631 32 33 5
DN
UP
EM
Rd Bk Gn/
Ye
Wh
Rd BkWh
Rd Bk
Gn/
Ye
EMD
NU
P
Push
Butt
on
BkRd
Wh
Gn
BkRd
Wh
Or
Gy
Bk
AC C
ABLE
4C
Pow
er S
uppl
y3~
L1/
RL2
/S
L3/
TPE
Cont
rol B
ox
2 3 1 E
1 2 34 5 6 7 8
X12
X11
K11
1 2
3 4
5 6
13 14
K12
1 2
3 4
5 6
13 14
T124V
2 3 1 E
1 2 34 5 6 7 81
23
45
6
X13
WV
U
M11
K10
A2 A1
K11
A2 A1
K12
A2 A1CH
MF1
G11
- +~
~
B11
K10
1 2
3 4
5 6
12
X15X1
6
1 2 3 4
X14
X12
X11
X114
X115
TP1
LS11
Upp
er L
imit
Switc
h
NC
COM
LS12
Low
er L
imit
Switc
h
NC
COM
S312 11
S1S2
12
34
56
78
X21
T224V
F2RY
258 7RY
268 7RY
208 7
X24
L1 L2 L3
TB21
1 2 3 4
X22
53
RY20
53
RY25
53
RY26
64
RY20
64
RY25
64
RY26
1 2 3 4
X23
4 5 6 7 8 9 10
32
■200V class 400V class, 500V class (Direct Connection)
200V
cla
ss,4
00V
clas
s,500
V cl
ass
50/6
0Hz,
3Pha
se
CABL
E 4C
CABL
E 4C
CABL
E 4C
CABL
E 4C
Bk Rd Wh
Be BkRd Wh
Gn/
Ye
Bk Rd Wh
Be BkRd Wh
Gn/
Ye
Elec
tric
Cha
in H
oist
B
refe
r to
Hoi
stA
Not
e
3.Po
wer
Sup
ply
4.Pu
sh B
utto
n Co
nnec
tion
Plug
Con
nect
ion
2.O
pera
tion
Type
Hoi
st: S
ingl
e Sp
eed
Part
s No
B~
NAM
ETr
ansf
orm
er
Hoi
st M
otor
Fuse
M11
T~ F~1 2 3 4 5 6 7
CHM
Coun
ter/
Hou
r Met
erG
11Re
ctifi
er
X~Pl
ug/S
ocke
t/Co
nnec
tor
8
Elec
trom
agne
tic B
rake
9 10 11
TP~
Mot
or T
herm
al P
rote
ctor
LS11
LS12
Upp
er L
imit
Switc
hLo
wer
Lim
it Sw
itch
K~Co
ntac
tor
12
TB~
Term
inal
Blo
ck13
RY~
Rela
y
Bk:
Blac
kRd
:Re
dW
h:W
hite
Bn:
Brow
nG
y:G
ray
Or:
Ora
nge
Gn/
Ye:
Gre
en/Y
ello
w
EM:
Emer
genc
y St
opU
P:U
PD
N:D
own
Abbr
evia
tion
Gn:
Gre
enYe
:Ye
llow
Be:
Blue
1.Ca
paci
ty:ER
(ERS
G)1
00S~
200S
CABL
E 4C
71 72 73 631 32 33 5
DN
UP
EM
Rd Bk Gn/
Ye
Wh
Rd BkWh
Rd Bk
Gn/
Ye
EMD
NU
P
Push
Butt
on
BkRd
Wh
Gn
BkRd
Wh
Or
Gy
Bk
AC C
ABLE
4C
Pow
er S
uppl
y3~
L1/
RL2
/S
L3/
TPE
Cont
rol B
ox
Gy
BnBn Br
ake
Hoi
st M
otor
Elec
trom
agne
tic
UP
DN
EMG
n/Ye
Mot
or T
herm
alPr
otec
tor
Bk Rd Wh
Or
Gy
Wh RdRd
Rd
BkRd
Wh
Or
Gy
Elec
tric
Cha
in H
oist
A
Rd Rd Wh
Wh
Rd
Rd Bk
CH Met
er
Bn
Bk
Rd Wh
Bk Gn/
Ye
S312 11
S1S2
12
34
56
78
X21
T224V
F2RY
258 7RY
268 7RY
208 7
X24
L1 L2 L3
TB21
1 2 3 4
X22
53
RY20
53
RY25
53
RY26
64
RY20
64
RY25
64
RY26
1 2 3 4
X23
4 5 6 7 8 9 10
K11
1 2
3 4
5 6
13 14
K12
1 2
3 4
5 6
13 14
T124V
1 2 34 5 6
12
34
56
X13
WV
U
M11
K10
A2 A1
K11
A2 A1
K12
A2 A1CH
MF1
G11
- +~
~
B11
K10
1 2
3 4
5 6
12
X15
X16
1 2 3 4
X14
X111
X114
X115
TP1
LS11
Upp
er L
imit
Switc
h
NC
COM
LS12
Low
er L
imit
Switc
h
NC
COM
2 31
X112 4
1 2 34 5 6
X111 2 31
X112 4
App
endi
xW
iring
Dia
gram
33
Appendix
Wiring D
iagram
■230/460V class (208-230V) (Plug Connection)
208~
230V
,60H
z,3P
hase
Not
e
3.Po
wer
Sup
ply
4.Pu
sh B
utto
n Co
nnec
tion
Plug
Con
nect
ion
2.O
pera
tion
Type
Hoi
st: S
ingl
e Sp
eed
Part
s No
B~
NAM
ETr
ansf
orm
er
Hoi
st M
otor
Fuse
M11
T~ F~1 2 3 4 5 6 7
CHM
Coun
ter/
Hou
r Met
erG
11Re
ctifi
er
X~Pl
ug/S
ocke
t/Co
nnec
tor
8
Elec
trom
agne
tic B
rake
9 10 11
TP~
Mot
or T
herm
al P
rote
ctor
LS11
LS12
Upp
er L
imit
Switc
hLo
wer
Lim
it Sw
itch
K~Co
ntac
tor
12
TB~
Term
inal
Blo
ck13
RY~
Rela
y
Bk:
Blac
kRd
:Re
dW
h:W
hite
Bn:
Brow
nG
y:G
ray
Or:
Ora
nge
Gn/
Ye:
Gre
en/Y
ello
w
EM:
Emer
genc
y St
opU
P:U
PD
N:D
own
Abbr
evia
tion
Gn:
Gre
enYe
:Ye
llow
Be:
Blue
1.Ca
paci
ty:ER
(ERS
G)1
00S~
200S
CABL
E 4C
CABL
E 4C
CABL
E 4C
CABL
E 4C
Bk Rd Wh
Be BkRd Be Gn
Bk Rd Wh
Be BkRd Be Gn
Elec
tric
Cha
in H
oist
B
refe
r to
Hoi
stA
Bk
DN
UP
EM
CABL
E 4C
EMD
NU
P
Gn/
Ye
Rd BkBe
Push
Butt
on
L1/
RL2
/S
L3/
TPEAC
CAB
LE 4
CPo
wer
Sup
ply
Rd Be Bk Gn
3~
RdW
hG
n
Wh
RdBk
Or
Gy
Bk
Cont
rol B
ox
71 72 73 631 32 33 5
Bk Rd Wh
Or
Gy
Wh
Bk
Gy
UP
DN
EMG
n/Ye
Rd Bk
Rd Be Bk Gn/
Ye
CH Met
er
Mot
or T
herm
alPr
otec
tor
Bn
Elec
trom
agne
ticBr
ake
Hoi
st M
otor
Elec
tric
Cha
in H
oist
A
Rd Rd Wh
Wh
Bn
RdW
hO
rG
y
RdRd Rd
Rd
Bn
Bk
2 3 1 E
1 2 34 5 6 7 8
X12
X11
12
34
56
78
X21
F2RY
258 7RY
268 7RY
208 7
X24
L1 L2 L3
TB21
79
TB21
8
S112 11
S2S3
TB21
4
1 2 3 4
X22
53
RY20
53
RY25
53
RY26
64
RY20
64
RY25
64
RY26
X23
1 2 3 4
AB
CF
ED
TB12
K11
1 2
3 4
5 6
13 14
K12
1 2
3 4
5 6
13 14
G11
- +~
~
12
X15
W1
U1
WU11
0V
T1
2 3 1 E
1 2 34 5 6 7 81
23
45
6
X13
K10
A2 A1
K11
A2 A1
K12
A2 A1CH
M
F1
K10
1 2
3 4
5 6
X16
1 2 3 4
X14
X12
X11
X114 1 32
TB11
X115
B11
TP1
LS11
Upp
er L
imit
Switc
h
NC
COM
LS12
Low
er L
imit
Switc
h
NC
COM
M11
W1V1U1
W2V2
X1Y1Z1
U2
UW
U1
W1
110V
T2
34
■230/460V class (415-460V) (Plug Connection)
415~
460V
,60H
z,3P
hase
Not
e
3.Po
wer
Sup
ply
4.Pu
sh B
utto
n Co
nnec
tion
Plug
Con
nect
ion
2.O
pera
tion
Type
Hoi
st: S
ingl
e Sp
eed
Part
s No
B~
NAM
ETr
ansf
orm
er
Hoi
st M
otor
Fuse
M11
T~ F~1 2 3 4 5 6 7
CHM
Coun
ter/
Hou
r Met
erG
11Re
ctifi
er
X~Pl
ug/S
ocke
t/Co
nnec
tor
8
Elec
trom
agne
tic B
rake
9 10 11
TP~
Mot
or T
herm
al P
rote
ctor
LS11
LS12
Upp
er L
imit
Switc
hLo
wer
Lim
it Sw
itch
K~Co
ntac
tor
12
TB~
Term
inal
Blo
ck13
RY~
Rela
y
Bk:
Blac
kRd
:Re
dW
h:W
hite
Bn:
Brow
nG
y:G
ray
Or:
Ora
nge
Gn/
Ye:
Gre
en/Y
ello
w
EM:
Emer
genc
y St
opU
P:U
PD
N:D
own
Abbr
evia
tion
Gn:
Gre
enYe
:Ye
llow
Be:
Blue
1.Ca
paci
ty:ER
(ERS
G)1
00S~
200S
CABL
E 4C
CABL
E 4C
CABL
E 4C
CABL
E 4C
Bk Rd Wh
Be BkRd Be Gn
Bk Rd Wh
Be BkRd Be Gn
Elec
tric
Cha
in H
oist
B
refe
r to
Hoi
stA
Bk
DN
UP
EM
CABL
E 4C
EMD
NU
P
Gn/
Ye
Rd BkBe
Push
Butt
on
L1/
RL2
/S
L3/
TPEAC
CAB
LE 4
CPo
wer
Sup
ply
Rd Be Bk Gn
3~
RdW
hG
n
Wh
RdBk
Or
Gy
Bk
Cont
rol B
ox
71 72 73 631 32 33 5
Bn
Bk Rd Wh
Or
Gy
Wh
Bk
Gy
UP
DN
EMG
n/Ye
Rd Bk
Rd Be Bk Gn/
Ye Elec
trom
agne
ticBr
ake
CH Met
er
Hoi
st M
otor
Mot
or T
herm
alPr
otec
tor
Elec
tric
Cha
in H
oist
A
Rd Rd Wh
Wh
Bn
RdW
hO
rG
y
RdRd Rd
Rd
Bn
Bk
2 3 1 E
1 2 34 5 6 7 8
X12
X11
12
34
56
78
X21
F2RY
258 7RY
268 7RY
208 7
X24
L1 L2 L3
TB21
UW
U1
W1
110V
T2
79
TB21
8
S112 11
S2S3
TB21
4
1 2 3 4
X22
53
RY20
53
RY25
53
RY26
64
RY20
64
RY25
64
RY26
X23
1 2 3 4
K11
1 2
3 4
5 6
13 14
K12
1 2
3 4
5 6
13 14
2 3 1 E
1 2 34 5 6 7 81
23
45
6
X13
K10
A2 A1
K11
A2 A1
K12
A2 A1CH
M
F1
G11
- +~
~
B11
K10
1 2
3 4
5 6
12
X15X1
6
1 2 3 4
X14
X12
X11
X114
AB
CF
ED
TB12
W1
U1
WU11
0V
T1
1 32
TB11
X115
TP1
LS11
Upp
er L
imit
Switc
h
NC
COM
LS12
Low
er L
imit
Switc
h
NC
COM
M11
W1V1U1
U2V2
X1Y1Z1
W2
App
endi
xW
iring
Dia
gram
35
Appendix
Wiring D
iagram
■Wiring Diagram of Single Speed ERM7.5t/10tL ■200V class 400V class, 500V class (Plug Connection)
Bk
EM
Push
Butt
onD
NU
PTr
avel
EM
Gy
Bk
Righ
tLe
ft
Bk Rd Wh
Or
GyBn Rd Wh
Bk Gn/
Ye
Mot
or A
ssy
200V
cla
ss,4
00V
clas
s,500
V cl
ass
50/6
0Hz,
3Pha
se
RdW
hBn
BeYe
BeBn
Wh
RdBk
Or
BnBe
Or
BkWhRd
Gn/Ye
BkRdWh
Gn
Cont
rol B
oxM
otor
ized
Tro
lley
AC C
ABLE
4C Rd W
hBk G
n/Ye
Pow
er S
uppl
y
L1/
RL2
/S
L3/
TPE3~
Not
e
3.Po
wer
Sup
ply
4.Pu
sh B
utto
n Co
nnec
tion
Plug
Con
nect
ion
2.O
pera
tion
Type
Trol
ley:
Sin
gle
Spee
dH
oist
: Sin
gle
Spee
d
1.Ca
paci
ty:ER
M07
5S/E
RM10
0L
Bk:
Blac
kRd
:Re
dW
h:W
hite
Bn:
Brow
nG
y:G
ray
Or:
Ora
nge
Gn/
Ye:
Gre
en/Y
ello
w
EM:
Emer
genc
y St
opU
P:U
PD
N:D
own
Abbr
evia
tion
Gn:
Gre
enYe
:Ye
llow
Be:
Blue
Part
s No
B11
NAM
ETr
ansf
orm
er
Hoi
st M
otor
Fuse
M11
T1 F11 2 3 4 5 6 7
CHM
Coun
ter/
Hou
r Met
erG
11Re
ctifi
er
X~Pl
ug/S
ocke
t/Co
nnec
tor
8
Elec
trom
agne
tic B
rake
9 10 11
TP~
Mot
or T
herm
al P
rote
ctor
LS11
LS12
Upp
er L
imit
Switc
hLo
wer
Lim
it Sw
itch
K~Co
ntac
tor
12 13TB
~Te
rmin
al B
lock
Trol
ley
Mot
orM
21
CABL
E 6C
Ye
EM
Ther
mal
Pro
tect
or C
onne
ctio
n(Tr
olle
y)
Left
Righ
t
Mot
or A
ssy
Cont
rol B
oxM
otor
ized
Tro
lley
Gn / Ye
Bn RdRd M
otor
The
rmal
Prot
ecto
r
BkRdWh
Gy
Elec
tric
Cha
in H
oist
BkRd
Wh
Or
Gy
Gy
UP
Rd
Gn/
Ye
BnBn
Bk Rd Wh
Or
Gy
Rd
Wh
Rd Rd Wh
Wh
Rd Bk
Elec
trom
agne
ticBr
ake
Hoi
st M
otor
DN
EM
RdM
otor
The
rmal
Prot
ecto
rRd
Rd Wh
Bk Gn/
Ye
CH Met
er
Bn
Bk
K20
A2 A1
12
34
56
78
X21
K21
A2 A1K2
2
A2 A113
14K2
0
S112 11
S2S3
S4S5
CABL
E 6C
TB21
46
57
910
16
1 2 3
TB21
TB21
8
CABL
E 6C
CABL
E 4C
K20
2 1
4 3
6 5
K21
1 2
3 4
5 6
K22
1 2
3 4
5 6
CABL
E 4C
UV
WM
21
23
4
TB22
K20
A2 A1K2
1A2 A1
K22
A2 A1
X25
X26
X27
X28
TP21
UV
WM
21
23
4
TB22
TB21
8
K11
1 2
3 4
5 6
13 14
K12
1 2
3 4
5 6
13 14
T124V
2 3 1 E
1 2 34 5 6 7 81
23
45
6
X13
WV
U
M11
K10
A2 A1
K11
A2 A1
K12
A2 A1CH
MF1
G11
- +~
~
B11
K10
1 2
3 4
5 6
12
X15X1
6
1 2 3 4
X14
X12
X11
X114
X115
TP1
LS11
Upp
er L
imit
Switc
h
NC
COM
LS12
Low
er L
imit
Switc
h
NC
COM
36
■200V class 400V class, 500V class (Direct Connection)
200V
cla
ss,4
00V
clas
s,500
V cl
ass
50/6
0Hz,
3Pha
se
Not
e
3.Po
wer
Sup
ply
4.Pu
sh B
utto
n Co
nnec
tion
Dire
ct C
onne
ctio
n
2.O
pera
tion
Type
Trol
ley:
Sin
gle
Spee
dH
oist
: Sin
gle
Spee
d
1.Ca
paci
ty:ER
M07
5S/E
RM10
0L
Bk:
Blac
kRd
:Re
dW
h:W
hite
Bn:
Brow
nG
y:G
ray
Or:
Ora
nge
Gn/
Ye:
Gre
en/Y
ello
w
EM:
Emer
genc
y St
opU
P:U
PD
N:D
own
Abbr
evia
tion
Gn:
Gre
enYe
:Ye
llow
Be:
Blue
Part
s No
B11
NAM
ETr
ansf
orm
er
Hoi
st M
otor
Fuse
M11
T1 F11 2 3 4 5 6 7
CHM
Coun
ter/
Hou
r Met
erG
11Re
ctifi
er
X~Pl
ug/S
ocke
t/Co
nnec
tor
8
Elec
trom
agne
tic B
rake
9 10 11
TP~
Mot
or T
herm
al P
rote
ctor
LS11
LS12
Upp
er L
imit
Switc
hLo
wer
Lim
it Sw
itch
K~Co
ntac
tor
12 13TB
~Te
rmin
al B
lock
Trol
ley
Mot
orM
21
CABL
E 6C
Ye
EM
Ther
mal
Pro
tect
or C
onne
ctio
n(Tr
olle
y)
Left
Righ
t
Mot
or A
ssy
Cont
rol B
oxM
otor
ized
Tro
lley
Gn / Ye
Bn RdRd M
otor
The
rmal
Prot
ecto
r
BkRdWh
Gy
Bk
EM
Push
Butt
onD
NU
PTr
avel
EM
Gy
Bk
Righ
tLe
ft
Bk Rd Wh
Or
GyBn Rd Wh
Bk Gn/
Ye
Mot
or A
ssyRd
Wh
BnBe
Ye
BnBe
Or
BkWhRd
Gn/Ye
BkRdWh
Cont
rol B
oxM
otor
ized
Tro
lley
AC C
ABLE
4C Rd W
hBk G
n/Ye
Pow
er S
uppl
y
L1/
RL2
/S
L3/
TPE3~
Gy
BnBn Br
ake
Hoi
st M
otor
Elec
trom
agne
tic
UP
DN
EMG
n/Ye
Mot
or T
herm
alPr
otec
tor
Bk Rd Wh
Or
Gy
Wh RdRd
Rd
BkRd
Wh
Or
Gy
Elec
tric
Cha
in H
oist
Rd Rd Wh
Wh
Rd
Rd Bk
Met
er
Bn
Bk
Rd Wh
Bk Gn/
Ye
K20
A2 A1K2
1A2 A1
K22
A2 A1
X25
X26
X27
X28
TP21
UV
WM
21
23
4
TB22
TB21
8
K20
A2 A1K2
1
A2 A1K2
2
A2 A113
14K2
0
S112 11
S2S3
S4S5
CABL
E 6C
TB21
46
57
910
16
1 2 3
TB21
TB21
8
CABL
E 6C
CABL
E 4C
K20
2 1
4 3
6 5
K21
1 2
3 4
5 6
K22
1 2
3 4
5 6
CABL
E 4C
UV
WM
21
23
4
TB22
K11
1 2
3 4
5 6
13 14
K12
1 2
3 4
5 6
13 14
T124V
1 2 34 5 6
12
34
56
X13
WV
U
M11
K10
A2 A1
K11
A2 A1
K12
A2 A1CH
MF1
G11
- +~
~
B11
K10
1 2
3 4
5 6
12
X15
X16
1 2 3 4
X14
X111
X114
X115
TP1
LS11
Upp
er L
imit
Switc
h
NC
COM
LS12
Low
er L
imit
Switc
h
NC
COM
2 31
X112 4
App
endi
xW
iring
Dia
gram
37
Appendix
Wiring D
iagram
■230/460V class (208-230V) (Plug Connection)
208~
230V
,60H
z,3P
hase
Not
e
3.Po
wer
Sup
ply
4.Pu
sh B
utto
n Co
nnec
tion
Plug
Con
nect
ion
2.O
pera
tion
Type
Trol
ley:
Sin
gle
Spee
dH
oist
: Sin
gle
Spee
d
1.Ca
paci
ty:ER
M07
5S/E
RM10
0L
Bk:
Blac
kRd
:Re
dW
h:W
hite
Bn:
Brow
nG
y:G
ray
Or:
Ora
nge
Gn/
Ye:
Gre
en/Y
ello
w
EM:
Emer
genc
y St
opU
P:U
PD
N:D
own
Abbr
evia
tion
Gn:
Gre
enYe
:Ye
llow
Be:
Blue
Part
s No
B11
NAM
ETr
ansf
orm
er
Hoi
st M
otor
Fuse
M11
T1 F11 2 3 4 5 6 7
CHM
Coun
ter/
Hou
r Met
erG
11Re
ctifi
er
X~Pl
ug/S
ocke
t/Co
nnec
tor
8
Elec
trom
agne
tic B
rake
9 10 11
TP~
Mot
or T
herm
al P
rote
ctor
LS11
LS12
Upp
er L
imit
Switc
hLo
wer
Lim
it Sw
itch
K~Co
ntac
tor
12 13TB
~Te
rmin
al B
lock
Trol
ley
Mot
orM
21
Bk
EM
Push
Butt
onD
NU
PTr
avel
EM
Gy
Bk
Righ
tLe
ft
Bk Rd Wh
Ye BeBn Rd Be Bk Gn
RdW
hO
rBe
Gn
BeBn
Wh
RdBk
Or
BnBe
Or
BkBeRd
Gn
Cont
rol B
oxTr
olle
y
Ye
Bn
Mot
oriz
ed
AC C
ABLE
4C
Pow
er S
uppl
y
L1/
RL2
/S
L3/
TPE3~
Rd Be Bk Gn
Bk Rd Wh
Or
Gy
Wh
Bk
Gy
UP
DN
EMG
n/Ye
Rd Bk
Rd Be Bk Gn/
Ye
CH Met
er
Mot
or T
herm
alPr
otec
tor
Bn
Elec
trom
agne
ticBr
ake
Hoi
st M
otor
Elec
tric
Cha
in H
oist
Rd Rd Wh
Wh
Bn
RdW
hO
rG
y
RdRd Rd
Rd
Bn
Bk
Mot
or A
ssy
Gn
BkRdBe
CABL
E 6C
RdRd
K20
A2 A1
12
34
56
78
X21
K21
A2 A1K2
2
A2 A113
14K2
0
S112 11
S2S3
S4S5
TB21
46
57
910
16
1 2 3
TB21
TB21
8
CABL
E 6C
CABL
E 4C
K20
2 1
4 3
6 5
K21
1 2
3 4
5 6
K22
1 2
3 4
5 6
X26
X25
CABL
E 6C
AB
CF
ED
TB12
K11
1 2
3 4
5 6
13 14
K12
1 2
3 4
5 6
13 14
G11
- +~
~
12
X15
W1
U1
WU11
0V
T1
2 3 1 E
1 2 34 5 6 7 81
23
45
6
X13
K10
A2 A1
K11
A2 A1
K12
A2 A1CH
M
F1
K10
1 2
3 4
5 6
X16
1 2 3 4
X14
X12
X11
X114 1 32
TB11
X115
B11
TP1
LS11
Upp
er L
imit
Switc
h
NC
COM
LS12
Low
er L
imit
Switc
h
NC
COM
M11
W1V1U1
W2V2
X1Y1Z1
U2
12
3
TB22
TP21X2
7X2
8
M21
U2 V2 W2
U1V1
W1 X1 Y1 Z1
45
6
38
■230/460V class (415-460V) (Plug Connection)
415~
460V
,60H
z,3P
hase
Not
e
3.Po
wer
Sup
ply
4.Pu
sh B
utto
n Co
nnec
tion
Plug
Con
nect
ion
2.O
pera
tion
Type
Trol
ley:
Sin
gle
Spee
dH
oist
: Sin
gle
Spee
d
1.Ca
paci
ty:ER
M07
5S/E
RM10
0L
Bk:
Blac
kRd
:Re
dW
h:W
hite
Bn:
Brow
nG
y:G
ray
Or:
Ora
nge
Gn/
Ye:
Gre
en/Y
ello
w
EM:
Emer
genc
y St
opU
P:U
PD
N:D
own
Abbr
evia
tion
Gn:
Gre
enYe
:Ye
llow
Be:
Blue
Part
s No
B11
NAM
ETr
ansf
orm
er
Hoi
st M
otor
Fuse
M11
T1 F11 2 3 4 5 6 7
CHM
Coun
ter/
Hou
r Met
erG
11Re
ctifi
er
X~Pl
ug/S
ocke
t/Co
nnec
tor
8
Elec
trom
agne
tic B
rake
9 10 11
TP~
Mot
or T
herm
al P
rote
ctor
LS11
LS12
Upp
er L
imit
Switc
hLo
wer
Lim
it Sw
itch
K~Co
ntac
tor
12 13TB
~Te
rmin
al B
lock
Trol
ley
Mot
orM
21
Bk
EM
Push
Butt
onD
NU
PTr
avel
EM
Gy
Bk
Righ
tLe
ft
Bk Rd Wh
Ye BeBn Rd Be Bk Gn
Mot
or A
ssy
RdW
hO
rBe
Gn
BeBn
Wh
RdBk
Or
BnBe
Or
BkBeRd
Gn
BkRdBeG
n
Cont
rol B
oxTr
olle
y
CABL
E 6C
Ye
Bn
RdRd
Mot
oriz
ed
AC C
ABLE
4C
Pow
er S
uppl
y
L1/
RL2
/S
L3/
TPE3~
Rd Be Bk Gn
Bn
Bk Rd Wh
Or
Gy
Wh
Bk
Gy
UP
DN
EMG
n/Ye
Rd Bk
Rd Be Bk Gn/
Ye Elec
trom
agne
ticBr
ake
CH Met
er
Hoi
st M
otor
Mot
or T
herm
alPr
otec
tor
Elec
tric
Cha
in H
oist
Rd Rd Wh
Wh
Bn
RdW
hO
rG
y
RdRd Rd
Rd
Bn
Bk
K20
A2 A1
12
34
56
78
X21
K21
A2 A1K2
2
A2 A113
14K2
0
S112 11
S2S3
S4S5
TB21
46
57
910
16
1 2 3
TB21
TB21
8
CABL
E 6C
CABL
E 4C
K20
2 1
4 3
6 5
K21
1 2
3 4
5 6
K22
1 2
3 4
5 6
12
3
TB22
TP21
X26
X25
X27
X28
M21
U2 V2 W2
U1V1
W1 X1 Y1 Z1
45
6
CABL
E 6C
K11
1 2
3 4
5 6
13 14
K12
1 2
3 4
5 6
13 14
2 3 1 E
1 2 34 5 6 7 81
23
45
6
X13
K10
A2 A1
K11
A2 A1
K12
A2 A1CH
M
F1
G11
- +~
~
B11
K10
1 2
3 4
5 6
12
X15X1
6
1 2 3 4
X14
X12
X11
X114
AB
CF
ED
TB12
W1
U1
WU11
0V
T1
1 32
TB11
X115
TP1
LS11
Upp
er L
imit
Switc
h
NC
COM
LS12
Low
er L
imit
Switc
h
NC
COM
M11
W1V1U1
U2V2
X1Y1Z1
W2
App
endi
xW
iring
Dia
gram
39
Appendix
Wiring D
iagram
■Wiring Diagram of Single Speed ERM15/20t ■200V class 400V class, 500V class (Plug Connection)
200V
cla
ss,4
00V
clas
s,500
V cl
ass
50/6
0Hz,
3Pha
se
CABL
E 4C
CABL
E 4C
CABL
E 4C
CABL
E 4C
Bk Rd Wh
Be BkRd Wh
Gn/
Ye
Bk Rd Wh
Be BkRd Wh
Gn/
Ye
Elec
tric
Cha
in H
oist
B
refe
r to
Hoi
stA
Elec
tric
Cha
in H
oist
A
BkRd
Wh
Or
Gy
Gy
UP
Rd
Gn/
Ye
BnBn
Bk Rd Wh
Or
Gy
Rd
Wh
Rd Rd Wh
Wh
Rd Bk
Elec
trom
agne
ticBr
ake
Hoi
st M
otor
DN
EM
RdM
otor
The
rmal
Prot
ecto
rRd
Rd Wh
Bk Gn/
Ye
CH Met
er
Bn
Bk
Not
e
3.Po
wer
Sup
ply
4.Pu
sh B
utto
n Co
nnec
tion
Plug
Con
nect
ion
2.O
pera
tion
Type
Hoi
st: S
ingl
e Sp
eed
Trol
ley:
Sin
gle
Spee
d
1.Ca
paci
ty:ER
M10
0S
Part
s No
B~
NAM
ETr
ansf
orm
er
Hoi
st M
otor
Fuse
M11
T~ F~1 2 3 4 5 6 7
CHM
Coun
ter/
Hou
r Met
erG
11Re
ctifi
er
X~Pl
ug/S
ocke
t/Co
nnec
tor
8
Elec
trom
agne
tic B
rake
9 10 11TP
~M
otor
The
rmal
Pro
tect
orLS
11LS
12U
pper
Lim
it Sw
itch
Low
er L
imit
Switc
h
K~Co
ntac
tor
12
TB~
Term
inal
Blo
ck13
RY~
Rela
y
Bk:
Blac
kRd
:Re
dW
h:W
hite
Bn:
Brow
nG
y:G
ray
Or:
Ora
nge
Gn/
Ye:
Gre
en/Y
ello
w
EM:
Emer
genc
y St
opU
P:U
PD
N:D
own
Abbr
evia
tion
Gn:
Gre
enYe
:Ye
llow
Be:
Blue
Gn/
Ye
71 72 73 631 32 33 5
RdG
nCA
BLE
4C
Ye
Mot
or A
ssy
EMRi
ght
Left
DN
UP
Rd BkWh
Cont
rol B
oxM
otor
ized
Tro
lley
RdBn
BeW
hBk
Ye
Push
Butt
onD
NU
PTr
avel
EM
Wh
BnBe
Or
BnBe
BkRd
Gy
Bk
AC C
ABLE
4C Rd Wh
Bk Gn/
Ye
Pow
er S
uppl
y
L1/
RL2
/S
L3/
TPE3~
BkRd
/WhBk
CABL
E 6C
Ye
EM
Gn/
Ye
Ther
mal
Pro
tect
or C
onne
ctio
n(Tr
olle
y)
DN
UP
Left
Righ
t
Mot
or A
ssy
Cont
rol B
oxM
otor
ized
Tro
lley
BnBe
Gy
Bk
Gn / Ye
RdWhBk
Bn RdRd M
otor
The
rmal
Prot
ecto
r
14
M21
Trol
ley
Mot
or
2 3 1 E
1 2 34 5 6 7 8
X12
X11
K11
1 2
3 4
5 6
13 14
K12
1 2
3 4
5 6
13 14
T124V
2 3 1 E
1 2 34 5 6 7 81
23
45
6
X13
WV
U
M11
K10
A2 A1
K11
A2 A1
K12
A2 A1CH
MF1
G11
- +~
~
B11
K10
1 2
3 4
5 6
12
X15X1
6
1 2 3 4
X14
X12
X11
X114
X115
TP1
LS11
Upp
er L
imit
Switc
h
NC
COM
LS12
Low
er L
imit
Switc
h
NC
COM
71
64
83
52
X21
T224V
F2RY
258 7RY
268 7K2
0A2 A1
L1 L2 L3
TB21
X22
53
RY25
53
RY26
64
RY25
64
RY26
X23
7473
K20
8483
K20
K21
A2 A1K2
2A2 A1
X26
X25
79
TB21
46
TB21
5
X24
8
WV
UM
21
43
2
TB22
S112 11
S2S3
S4S5
CABL
E 6C
1 2 3 4 1 2 3 4
43
2
TB22
46
5
TB21
F2RY
258 7RY
268 7K2
0A2 A1
K21
A2 A1K2
2A2 A1
X26
X25
X24
T224V
X25
X26
X27
X28
WV
U
M21
TP21
K20
2 1
4 3
6 5
K21
1 2
3 4
5 6
K22
1 2
3 4
5 6
40
■200V class 400V class, 500V class (Direct Connection)
200V
cla
ss,4
00V
clas
s,500
V cl
ass
50/6
0Hz,
3Pha
se
Not
e
3.Po
wer
Sup
ply
4.Pu
sh B
utto
n Co
nnec
tion
Plug
Con
nect
ion
2.O
pera
tion
Type
Hoi
st: S
ingl
e Sp
eed
Trol
ley:
Sin
gle
Spee
d
1.Ca
paci
ty:ER
M10
0S
Part
s No
B~
NAM
ETr
ansf
orm
er
Hoi
st M
otor
Fuse
M11
T~ F~1 2 3 4 5 6 7
CHM
Coun
ter/
Hou
r Met
erG
11Re
ctifi
er
X~Pl
ug/S
ocke
t/Co
nnec
tor
8
Elec
trom
agne
tic B
rake
9 10 11TP
~M
otor
The
rmal
Pro
tect
orLS
11LS
12U
pper
Lim
it Sw
itch
Low
er L
imit
Switc
h
K~Co
ntac
tor
12
TB~
Term
inal
Blo
ck13
RY~
Rela
y
Bk:
Blac
kRd
:Re
dW
h:W
hite
Bn:
Brow
nG
y:G
ray
Or:
Ora
nge
Gn/
Ye:
Gre
en/Y
ello
w
EM:
Emer
genc
y St
opU
P:U
PD
N:D
own
Abbr
evia
tion
Gn:
Gre
enYe
:Ye
llow
Be:
Blue
Gn/
Ye
71 72 73 631 32 33 5
Rd
Gn
CABL
E 4C
Ye
Mot
or A
ssy
EMRi
ght
Left
DN
UP
Rd BkWh
Cont
rol B
oxM
otor
ized
Tro
lley
RdBn
BeW
hBk
Ye
Push
Butt
onD
NU
PTr
avel
EM
Wh
BnBe
Or
BnBe
BkRd
Gy
Bk
AC C
ABLE
4C Rd Wh
Bk Gn/
Ye
Pow
er S
uppl
y
L1/
RL2
/S
L3/
TPE3~
BkRd
/
WhBk
CABL
E 6C
Ye
EM
Gn/
Ye
Ther
mal
Pro
tect
or C
onne
ctio
n(Tr
olle
y)
DN
UP
Left
Righ
t
Mot
or A
ssy
Cont
rol B
oxM
otor
ized
Tro
lley
BnBe
Gy
Bk
Gn / Ye
RdWhBk
Bn RdRd M
otor
The
rmal
Prot
ecto
r
14
M21
Trol
ley
Mot
or
CABL
E 4C
CABL
E 4C
CABL
E 4C
CABL
E 4C
Gn/
Ye
Gn/
Ye
Elec
tric
Cha
in H
oist
B
refe
r to
Hoi
stA
Gy
BnBn Br
ake
Hoi
st M
otor
Elec
trom
agne
tic
UP
DN
EMG
n/Ye
Mot
or T
herm
alPr
otec
tor
Bk Rd Wh
Or
Gy
Wh RdRd
Rd
BkRd
Wh
Or
Gy
Elec
tric
Cha
in H
oist
A
Rd Rd Wh
Wh
Rd
Rd Bk
CH Met
er
Bn
Bk
Rd Wh
Bk Gn/
Ye
Bk Rd Wh
Be BkRd Wh
Bk Rd Wh
Be BkRd Wh
71
64
83
52
X21
T224V
F2RY
258 7RY
268 7K2
0A2 A1
L1 L2 L3
TB21
X22
53
RY25
53
RY26
64
RY25
64
RY26
X23
7473
K20
8483
K20
K21
A2 A1K2
2A2 A1
X26
X25
79
TB21
46
TB21
5
X24
8
WV
UM
21
43
2
TB22
S112 11
S2S3
S4S5
CABL
E 6C
1 2 3 4 1 2 3 4
43
2
TB22
46
5
TB21
F2RY
258 7RY
268 7K2
0A2 A1
K21
A2 A1K2
2A2 A1
X26
X25
X24
T224V
X25
X26
X27
X28
WV
U
M21
TP21
K11
1 2
3 4
5 6
13 14
K12
1 2
3 4
5 6
13 14
T124V
1 2 34 5 6
12
34
56
X13
WV
U
M11
K10
A2 A1
K11
A2 A1
K12
A2 A1CH
MF1
G11
- +~
~
B11
K10
1 2
3 4
5 6
12
X15
X16
1 2 3 4
X14
X111
X114
X115
TP1
LS11
Upp
er L
imit
Switc
h
NC
COM
LS12
Low
er L
imit
Switc
h
NC
COM
2 31
X112 4
1 2 34 5 6
X111 2 31
X112 4
K20
2 1
4 3
6 5
K21
1 2
3 4
5 6
K22
1 2
3 4
5 6
App
endi
xW
iring
Dia
gram
41
Appendix
Wiring D
iagram
■230/460V class (208-230V) (Plug Connection)
208~
230V
,60H
z,3P
hase
Not
e
3.Po
wer
Sup
ply
4.Pu
sh B
utto
n Co
nnec
tion
Plug
Con
nect
ion
2.O
pera
tion
Type
Hoi
st: S
ingl
e Sp
eed
Trol
ley:
Sin
gle
Spee
d
1.Ca
paci
ty:ER
M10
0S
Part
s No
B~
NAM
ETr
ansf
orm
er
Hoi
st M
otor
Fuse
M11
T~ F~1 2 3 4 5 6 7
CHM
Coun
ter/
Hou
r Met
erG
11Re
ctifi
er
X~Pl
ug/S
ocke
t/Co
nnec
tor
8
Elec
trom
agne
tic B
rake
9 10 11TP
~M
otor
The
rmal
Pro
tect
orLS
11LS
12U
pper
Lim
it Sw
itch
Low
er L
imit
Switc
h
K~Co
ntac
tor
12
TB~
Term
inal
Blo
ck13
RY~
Rela
y
Bk:
Blac
kRd
:Re
dW
h:W
hite
Bn:
Brow
nG
y:G
ray
Or:
Ora
nge
Gn/
Ye:
Gre
en/Y
ello
w
EM:
Emer
genc
y St
opU
P:U
PD
N:D
own
Abbr
evia
tion
Gn:
Gre
enYe
:Ye
llow
Be:
Blue
14
M21
Trol
ley
Mot
or
Gn/
YeUP
71 72 73 631 32 33 5
Rd Be Bk
DN
EM
Righ
tLe
ft
L1/
RL2
/S
L3/
TPE
AC C
ABLE
4C
Pow
er S
uppl
y
Rd Be Bk Gn
3~
Gy
Bk
BkRd
Wh
BnBe
Or
BnBe
Cont
rol B
oxM
otor
ized
Tro
lly
DN
UP
Trav
elEM
Push
Butt
on
BkRd
Wh
Or
BeG
n
Gy
Rd
CABL
E 6C
Mot
or T
herm
alPr
otec
tor
Rd
Mot
or A
ssy
BeBk
Rd
Gn
Ye
Bn
CABL
E 4C
CABL
E 4C
CABL
E 4C
CABL
E 4C
Bk Rd Wh
Be BkRd Be Gn
Bk Rd Wh
Be BkRd Be Gn
refe
r to
Hoi
stA
Bk Rd Wh
Or
Gy
Wh
Bk
Gy
UP
DN
EMG
n/Ye
Rd Bk
Rd Be Bk Gn/
Ye
CH Met
er
Mot
or T
herm
alPr
otec
tor
Bn
Elec
trom
agne
ticBr
ake
Hoi
st M
otor
Elec
tric
Cha
in H
oist
A
Rd Rd Wh
Wh
Bn
RdW
hO
rG
y
RdRd Rd
Rd
Bn
Bk
Elec
tric
Cha
in H
oist
B
71
64
83
52
X21
F2RY
258 7RY
268 7K2
0A2 A1
L1 L2 L3
TB21
1 2 3 4
X22
53
RY25
53
RY26
64
RY25
64
RY26
1 2 3 4
X23
7473
K20
8483
K20
K21
A2 A1K2
2A2 A1
X26
X25
79
TB21
46
TB21
5
X24
8
10
TB21
X25
S112 11
S2S3
S4S5
X26
CABL
E 6C
K20
2 1
4 3
6 5
K21
1 2
3 4
5 6
K22
1 2
3 4
5 6
UW
U1
W1
110V
T2
12
3
TB22
65
4
X27
X28
TP21
M21
U2 V2 W2
U1V1W1
X1 Y1 Z1
2 3 1 E
8
X12
AB
CF
ED
TB12
K11
1 2
3 4
5 6
13 14
K12
1 2
3 4
5 6
13 14
G11
- +~
~
12
X15
W1
U1
WU11
0V
T1
2 3 1 E
1 2 34 5 6 7 81
23
45
6
X13
K10
A2 A1
K11
A2 A1
K12
A2 A1CH
M
F1
K10
1 2
3 4
5 6
X16
1 2 3 4
X14
X12
X11
X114 1 32
TB11
X115
B11
TP1
LS11
Upp
er L
imit
Switc
h
NC
COM
LS12
Low
er L
imit
Switc
h
NC
COM
M11
W1V1U1
W2V2
X1Y1Z1
U2
1 2 34 5 6 7
X11
42
■230/460V class (415-460V) (Plug Connection)
415~
460V
,60H
z,3P
hase
Not
e
3.Po
wer
Sup
ply
4.Pu
sh B
utto
n Co
nnec
tion
Plug
Con
nect
ion
2.O
pera
tion
Type
Hoi
st: S
ingl
e Sp
eed
Trol
ley:
Sin
gle
Spee
d
1.Ca
paci
ty:ER
M10
0S
Part
s No
B~
NAM
ETr
ansf
orm
er
Hoi
st M
otor
Fuse
M11
T~ F~1 2 3 4 5 6 7
CHM
Coun
ter/
Hou
r Met
erG
11Re
ctifi
er
X~Pl
ug/S
ocke
t/Co
nnec
tor
8
Elec
trom
agne
tic B
rake
9 10 11TP
~M
otor
The
rmal
Pro
tect
orLS
11LS
12U
pper
Lim
it Sw
itch
Low
er L
imit
Switc
h
K~Co
ntac
tor
12
TB~
Term
inal
Blo
ck13
RY~
Rela
y
Bk:
Blac
kRd
:Re
dW
h:W
hite
Bn:
Brow
nG
y:G
ray
Or:
Ora
nge
Gn/
Ye:
Gre
en/Y
ello
w
EM:
Emer
genc
y St
opU
P:U
PD
N:D
own
Abbr
evia
tion
Gn:
Gre
enYe
:Ye
llow
Be:
Blue
14
M21
Trol
ley
Mot
or
CABL
E 4C
CABL
E 4C
CABL
E 4C
CABL
E 4C
Bk Rd Wh
Be BkRd Be Gn
Bk Rd Wh
Be BkRd Be Gn
Elec
tric
Cha
in H
oist
B
refe
r to
Hoi
stA
Bn
Bk Rd Wh
Or
Gy
Wh
Bk
Gy
UP
DN
EMG
n/Ye
Rd Bk
Rd Be Bk Gn/
Ye Elec
trom
agne
ticBr
ake
CH Met
er
Hoi
st M
otor
Mot
or T
herm
alPr
otec
tor
Elec
tric
Cha
in H
oist
A
Rd Rd Wh
Wh
Bn
RdW
hO
rG
y
RdRd Rd
Rd
Bn
Bk
Gn/
YeUP
71 72 73 631 32 33 5
CABL
E 6C
Rd Be Bk
DN
EM
Righ
tLe
ft
Mot
or A
ssy
Mot
or T
herm
alPr
otec
tor
RdRd
Bk
Gn
Ye
Bn
BeRd
L1/
RL2
/S
L3/
TPE
AC C
ABLE
4C
Pow
er S
uppl
y
Rd Be Bk Gn
3~
Gy
Bk
BkRd
Wh
BnBe
Or
BnBe
Cont
rol B
oxM
otor
ized
Tro
lly
DN
UP
Trav
elEM
Push
Butt
on
BkRd
Wh
Or
BeG
n
Gy
2 3 1 E
1 2 34 5 6 7 8
X12
X11
K11
1 2
3 4
5 6
13 14
K12
1 2
3 4
5 6
13 14
2 3 1 E
1 2 34 5 6 7 81
23
45
6
X13
K10
A2 A1
K11
A2 A1
K12
A2 A1CH
M
F1
G11
- +~
~
B11
K10
1 2
3 4
5 6
12
X15X1
6
1 2 3 4
X14
X12
X11
X114
AB
CF
ED
TB12
W1
U1
WU11
0V
T1
1 32
TB11
X115
TP1
LS11
Upp
er L
imit
Switc
h
NC
COM
LS12
Low
er L
imit
Switc
h
NC
COM
M11
W1V1U1
U2V2
X1Y1Z1
W2
71
64
83
52
X21
F2RY
258 7RY
268 7K2
0A2 A1
L1 L2 L3
TB21
1 2 3 4
X22
53
RY25
53
RY26
64
RY25
64
RY26
1 2 3 4
X23
7473
K20
8483
K20
K21
A2 A1K2
2A2 A1
X26
X25
79
TB21
46
TB21
5
X24
8
UW
U1
W1
110V
T2
10
TB21 X2
5
12
3
TB22
X27
X28
65
4
TP21
M21
U2 V2 W2
U1V1W1
X1 Y1 Z1
S112 11
S2S3
S4S5
X26
CABL
E 6C
K20
2 1
4 3
6 5
K21
1 2
3 4
5 6
K22
1 2
3 4
5 6
App
endi
xW
iring
Dia
gram
43
Appendix
Wiring D
iagram
■Wiring Diagram of Single Speed ERM10t ■200V class 400V class, 500V class (Plug Connection)
200V
cla
ss,4
00V
clas
s,500
V cl
ass
50/6
0Hz,
3Pha
se
CABL
E 4C
CABL
E 4C
CABL
E 4C
CABL
E 4C
Bk Rd Wh
Be BkRd Wh
Gn/
Ye
Bk Rd Wh
Be BkRd Wh
Gn/
Ye
Elec
tric
Cha
in H
oist
B
refe
r to
Hoi
stA
CABL
E 4C
71 72 73 631 32 33 5
CABL
E 4C
Mot
or A
ssy
Mot
or A
ssy
Rd BkWh
Gn/
YeUP
EMRi
ght
Left
DN
AC C
ABLE
4C Rd Wh
Bk Gn/
Ye
Pow
er S
uppl
y
L1/
RL2
/S
L3/
TPE3~
RdBn
BeW
hBk
Ye
Push
Butt
onD
NU
PTr
avel
EM
Wh
BnBe
Or
BkRd
BnBe
Gy
Bk BkRd
Cont
rol B
oxM
otor
ized
Tro
lley
Rd
Gn
Ye/
WhBk
RdWhBk
Gn
Ye/
Elec
tric
Cha
in H
oist
A
BkRd
Wh
Or
Gy
Gy
UP
Rd
Gn/
Ye
BnBn
Bk Rd Wh
Or
Gy
Rd
Wh
Rd Rd Wh
Wh
Rd Bk
Elec
trom
agne
ticBr
ake
Hoi
st M
otor
DN
EM
RdM
otor
The
rmal
Prot
ecto
rRd
Rd Wh
Bk Gn/
Ye
CH Met
er
Bn
Bk
CABL
E 6C
Bn
Ther
mal
Pro
tect
or C
onne
ctio
n(Tr
olle
y)
CABL
E 6C
Left
Righ
t
EMU
PD
N Gn/
Ye
Mot
or A
ssy
Mot
or A
ssy
BeBn
Gy
Bk
Cont
rol B
oxM
otor
ized
Tro
lley
Rd
Gn
Ye/
WhBkY
eG
n
Ye/Bn
Ye
RdWhBk
RdRd
Mot
or T
herm
alPr
otec
tor
RdRd
Mot
or T
herm
alPr
otec
tor
Not
e
3.Po
wer
Sup
ply
4.Pu
sh B
utto
n Co
nnec
tion
Plug
Con
nect
ion
2.O
pera
tion
Type
Hoi
st: S
ingl
e Sp
eed
Trol
ley:
Sin
gle
Spee
d
1.Ca
paci
ty:ER
M15
0S/E
RM20
0S
Bk:
Blac
kRd
:Re
dW
h:W
hite
Bn:
Brow
nG
y:G
ray
Or:
Ora
nge
Gn/
Ye:
Gre
en/Y
ello
w
EM:
Emer
genc
y St
opU
P:U
PD
N:D
own
Abbr
evia
tion
Gn:
Gre
enYe
:Ye
llow
Be:
Blue
Part
s No
B~
NAM
ETr
ansf
orm
er
Hoi
st M
otor
Fuse
M11
T~ F~1 2 3 4 5 6 7
CHM
Coun
ter/
Hou
r Met
erG
11Re
ctifi
er
X~Pl
ug/S
ocke
t/Co
nnec
tor
8
Elec
trom
agne
tic B
rake
9 10 11TP
~M
otor
The
rmal
Pro
tect
orLS
11LS
12U
pper
Lim
it Sw
itch
Low
er L
imit
Switc
h
K~Co
ntac
tor
12
TB~
Term
inal
Blo
ck13
RY~
Rela
y
14
M21
,22
Trol
ley
Mot
or
2 3 1 E
1 2 34 5 6 7 8
X12
X11
71
64
83
52
X21
T224V
F2RY
258 7RY
268 7K2
0A2 A1 L1 L2 L3
TB21
1 2 3 4
X22
53
RY25
53
RY26
64
RY25
64
RY26
1 2 3 4
X23
7473
K20
8483
K20
K21
A2 A1K2
2A2 A1
X26
X25 7
9
TB21
46
TB21
5
WV
UM
21
43
2
TB22
X24
8
WV
UM
22
TB23
43
2
S112 11
S2S3
S4S5
CABL
E 6C
K11
1 2
3 4
5 6
13 14
K12
1 2
3 4
5 6
13 14
T124V
2 3 1 E
1 2 34 5 6 7 81
23
45
6
X13
WV
U
M11
K10
A2 A1
K11
A2 A1
K12
A2 A1CH
MF1
G11
- +~
~
B11
K10
1 2
3 4
5 6
12
X15X1
6
1 2 3 4
X14
X12
X11
X114
X115
TP1
LS11
Upp
er L
imit
Switc
h
NC
COM
LS12
Low
er L
imit
Switc
h
NC
COM
43
2
TB22
46
5
TB21
F2RY
258 7RY
268 7K2
0A2 A1
K21
A2 A1K2
2A2 A1
X26
X25
X24
T224V
X25
X26
TB23
43
2X2
9X3
0
X31
WV
U
M21
WV
U
M22
X27
X28
TP21
TP22
K20
2 1
4 3
6 5
K21
1 2
3 4
5 6
K22
1 2
3 4
5 6
44
■200V class 400V class, 500V class (Direct Connection)
200V
cla
ss,4
00V
clas
s,500
V cl
ass
50/6
0Hz,
3Pha
se
CABL
E 4C
71 72 73 631 32 33 5
CABL
E 4C
Mot
or A
ssy
Mot
or A
ssy
Rd BkWh
Gn/
YeUP
EMRi
ght
Left
DN
AC C
ABLE
4C Rd Wh
Bk Gn/
Ye
Pow
er S
uppl
y
L1/
RL2
/S
L3/
TPE3~
RdBn
BeW
hBk
Ye
Push
Butt
onD
NU
PTr
avel
EM
Wh
BnBe
Or
BkRd
BnBe
Gy
Bk BkRd
Cont
rol B
oxM
otor
ized
Tro
lley
Rd
Gn
Ye/
WhBk
RdWhBk
Gn
Ye/
CABL
E 6C
Bn
Ther
mal
Pro
tect
or C
onne
ctio
n(Tr
olle
y)
CABL
E 6C
Left
Righ
t
EMU
PD
N Gn/
Ye
Mot
or A
ssy
Mot
or A
ssy
BeBn
Gy
Bk
Cont
rol B
oxM
otor
ized
Tro
lley
Rd
Gn
Ye/
WhBkY
eG
n
Ye/Bn
Ye
RdWhBk
RdRd
Mot
or T
herm
alPr
otec
tor
RdRd
Mot
or T
herm
alPr
otec
tor
Not
e
3.Po
wer
Sup
ply
4.Pu
sh B
utto
n Co
nnec
tion
Plug
Con
nect
ion
2.O
pera
tion
Type
Hoi
st: S
ingl
e Sp
eed
Trol
ley:
Sin
gle
Spee
d
1.Ca
paci
ty:ER
M15
0S/E
RM20
0S
Bk:
Blac
kRd
:Re
dW
h:W
hite
Bn:
Brow
nG
y:G
ray
Or:
Ora
nge
Gn/
Ye:
Gre
en/Y
ello
w
EM:
Emer
genc
y St
opU
P:U
PD
N:D
own
Abbr
evia
tion
Gn:
Gre
enYe
:Ye
llow
Be:
Blue
Part
s No
B~
NAM
ETr
ansf
orm
er
Hoi
st M
otor
Fuse
M11
T~ F~1 2 3 4 5 6 7
CHM
Coun
ter/
Hou
r Met
erG
11Re
ctifi
er
X~Pl
ug/S
ocke
t/Co
nnec
tor
8
Elec
trom
agne
tic B
rake
9 10 11TP
~M
otor
The
rmal
Pro
tect
orLS
11LS
12U
pper
Lim
it Sw
itch
Low
er L
imit
Switc
h
K~Co
ntac
tor
12
TB~
Term
inal
Blo
ck13
RY~
Rela
y
14
M21
,22
Trol
ley
Mot
or
CABL
E 4C
CABL
E 4C
CABL
E 4C
CABL
E 4C
Bk Rd Wh
Be BkRd Wh
Gn/
Ye
Bk Rd Wh
Be BkRd Wh
Gn/
Ye
Elec
tric
Cha
in H
oist
B
refe
r to
Hoi
stA
Gy
BnBn Br
ake
Hoi
st M
otor
Elec
trom
agne
tic
UP
DN
EMG
n/Ye
Mot
or T
herm
alPr
otec
tor
Bk Rd Wh
Or
Gy
Wh RdRd
Rd
BkRd
Wh
Or
Gy
Elec
tric
Cha
in H
oist
A
Rd Rd Wh
Wh
Rd
Rd Bk
CH Met
er
Bn
Bk
Rd Wh
Bk Gn/
Ye
71
64
83
52
X21
T224V
F2RY
258 7RY
268 7K2
0A2 A1 L1 L2 L3
TB21
1 2 3 4
X22
53
RY25
53
RY26
64
RY25
64
RY26
1 2 3 4
X23
7473
K20
8483
K20
K21
A2 A1K2
2A2 A1
X26
X25 7
9
TB21
46
TB21
5
WV
UM
21
43
2
TB22
X24
8
WV
UM
22
TB23
43
2
S112 11
S2S3
S4S5
CABL
E 6C
43
2
TB22
46
5
TB21
F2RY
258 7RY
268 7K2
0A2 A1
K21
A2 A1K2
2A2 A1
X26
X25
X24
T224V
X25
X26
TB23
43
2X2
9X3
0
X31
WV
U
M21
WV
U
M22
X27
X28
TP21
TP22
K11
1 2
3 4
5 6
13 14
K12
1 2
3 4
5 6
13 14
T124V
1 2 34 5 6
12
34
56
X13
WV
U
M11
K10
A2 A1
K11
A2 A1
K12
A2 A1CH
MF1
G11
- +~
~
B11
K10
1 2
3 4
5 6
12
X15
X16
1 2 3 4
X14
X111
X114
X115
TP1
LS11
Upp
er L
imit
Switc
h
NC
COM
LS12
Low
er L
imit
Switc
h
NC
COM
2 31
X112 4
1 2 34 5 6
X111 2 31
X112 4
K20
2 1
4 3
6 5
K21
1 2
3 4
5 6
K22
1 2
3 4
5 6
App
endi
xW
iring
Dia
gram
45
Appendix
Wiring D
iagram
■230/460V class (208-230V) (Plug Connection)
208~
230V
,60H
z,3P
hase
Not
e
3.Po
wer
Sup
ply
4.Pu
sh B
utto
n Co
nnec
tion
Plug
Con
nect
ion
2.O
pera
tion
Type
Hoi
st: S
ingl
e Sp
eed
Trol
ley:
Sin
gle
Spee
d
1.Ca
paci
ty:ER
M15
0S/E
RM20
0S
Bk:
Blac
kRd
:Re
dW
h:W
hite
Bn:
Brow
nG
y:G
ray
Or:
Ora
nge
Gn/
Ye:
Gre
en/Y
ello
w
EM:
Emer
genc
y St
opU
P:U
PD
N:D
own
Abbr
evia
tion
Gn:
Gre
enYe
:Ye
llow
Be:
Blue
Part
s No
B~
NAM
ETr
ansf
orm
er
Hoi
st M
otor
Fuse
M11
T~ F~1 2 3 4 5 6 7
CHM
Coun
ter/
Hou
r Met
erG
11Re
ctifi
er
X~Pl
ug/S
ocke
t/Co
nnec
tor
8
Elec
trom
agne
tic B
rake
9 10 11TP
~M
otor
The
rmal
Pro
tect
orLS
11LS
12U
pper
Lim
it Sw
itch
Low
er L
imit
Switc
h
K~Co
ntac
tor
12
TB~
Term
inal
Blo
ck13
RY~
Rela
y
14
M21
,22
Trol
ley
Mot
or
UP
71 72 73 631 32 33 5
Rd Be Bk
DN
EM
Righ
tLe
ft
L1/
RL2
/S
L3/
TPE
AC C
ABLE
4C
Pow
er S
uppl
y
Rd Be Bk Gn
3~
Gy
Bk
BkRd
Wh
BnBe
Or
BnBe
Cont
rol B
oxM
otor
ized
Tro
lly
DN
UP
Trav
elEM
Push
Butt
on
BkRd
Wh
Or
BeG
n
Gy
CABL
E 6C
Mot
or A
ssy
CABL
E 6C
Mot
or A
ssy
Mot
or T
herm
alPr
otec
tor
RdRd
Mot
or T
herm
alPr
otec
tor
RdRd
BkBeRd
BkBeRd
Gn
Ye
Bn
Gn
Ye
Bn
CABL
E 4C
CABL
E 4C
CABL
E 4C
CABL
E 4C
Bk Rd Wh
Be BkRd Be Gn
Bk Rd Wh
Be BkRd Be Gn
refe
r to
Hoi
stA
Bk Rd Wh
Or
Gy
Wh
Bk
Gy
UP
DN
EMG
n/Ye
Rd Bk
Rd Be Bk Gn/
Ye
CH Met
er
Mot
or T
herm
alPr
otec
tor
Bn
Elec
trom
agne
ticBr
ake
Hoi
st M
otor
Elec
tric
Cha
in H
oist
A
Rd Rd Wh
Wh
Bn
RdW
hO
rG
y
RdRd Rd
Rd
Bn
Bk
Elec
tric
Cha
in H
oist
B
71
64
83
52
X21
F2RY
258 7RY
268 7K2
0A2 A1
L1 L2 L3
TB21
1 2 3 4
X22
53
RY25
53
RY26
64
RY25
64
RY26
1 2 3 4
X23
7473
K20
8483
K20
K21
A2 A1K2
2A2 A1
X26
X25
46
TB21
5
X24
10
TB21
X25
X26
X31
S112 11
S2S3
S4S5 K2
02 1
4 3
6 5
K21
1 2
3 4
5 6
K22
1 2
3 4
5 6
CABL
E 6C
79
TB21
8
UW
U1
W1
110V
T2
12
3
TB22
65
4
X27
X28
12
3
TB23
65
4
X29
X30
TP21
TP22
M22
U2 V2 W2
U1V1W1
X1 Y1 Z1
M21
U2 V2 W2
U1V1W1
X1 Y1 Z1
2 3 1 E
8
X12
AB
CF
ED
TB12
K11
1 2
3 4
5 6
13 14
K12
1 2
3 4
5 6
13 14
G11
- +~
~
12
X15
W1
U1
WU11
0V
T1
2 3 1 E
1 2 34 5 6 7 81
23
45
6
X13
K10
A2 A1
K11
A2 A1
K12
A2 A1CH
M
F1
K10
1 2
3 4
5 6
X16
1 2 3 4
X14
X12
X11
X114 1 32
TB11
X115
B11
TP1
LS11
Upp
er L
imit
Switc
h
NC
COM
LS12
Low
er L
imit
Switc
h
NC
COM
M11
W1V1U1
W2V2
X1Y1Z1
U2
1 2 34 5 6 7
X11
46
■230/460V class (415-460V) (Plug Connection)
415~
460V
,60H
z,3P
hase
Not
e
3.Po
wer
Sup
ply
4.Pu
sh B
utto
n Co
nnec
tion
Plug
Con
nect
ion
2.O
pera
tion
Type
Hoi
st: S
ingl
e Sp
eed
Trol
ley:
Sin
gle
Spee
d
1.Ca
paci
ty:ER
M15
0S/E
RM20
0S
Bk:
Blac
kRd
:Re
dW
h:W
hite
Bn:
Brow
nG
y:G
ray
Or:
Ora
nge
Gn/
Ye:
Gre
en/Y
ello
w
EM:
Emer
genc
y St
opU
P:U
PD
N:D
own
Abbr
evia
tion
Gn:
Gre
enYe
:Ye
llow
Be:
Blue
Part
s No
B~
NAM
ETr
ansf
orm
er
Hoi
st M
otor
Fuse
M11
T~ F~1 2 3 4 5 6 7
CHM
Coun
ter/
Hou
r Met
erG
11Re
ctifi
er
X~Pl
ug/S
ocke
t/Co
nnec
tor
8
Elec
trom
agne
tic B
rake
9 10 11TP
~M
otor
The
rmal
Pro
tect
orLS
11LS
12U
pper
Lim
it Sw
itch
Low
er L
imit
Switc
h
K~Co
ntac
tor
12
TB~
Term
inal
Blo
ck13
RY~
Rela
y
14
M21
,22
Trol
ley
Mot
or
CABL
E 4C
CABL
E 4C
CABL
E 4C
CABL
E 4C
Bk Rd Wh
Be BkRd Be Gn
Bk Rd Wh
Be BkRd Be Gn
Elec
tric
Cha
in H
oist
B
refe
r to
Hoi
stA
Bn
Bk Rd Wh
Or
Gy
Wh
Bk
Gy
UP
DN
EMG
n/Ye
Rd Bk
Rd Be Bk Gn/
Ye Elec
trom
agne
ticBr
ake
CH Met
er
Hoi
st M
otor
Mot
or T
herm
alPr
otec
tor
Elec
tric
Cha
in H
oist
A
Rd Rd Wh
Wh
Bn
RdW
hO
rG
y
RdRd Rd
Rd
Bn
Bk
Gn/
YeUP
71 72 73 631 32 33 5
CABL
E 6C
CABL
E 6C
Rd Be Bk
DN
EM
Righ
tLe
ft BkBeRd
BkBeRd
L1/
RL2
/S
L3/
TPE
AC C
ABLE
4C
Pow
er S
uppl
y
Rd Be Bk Gn
3~
Gy
Bk
BkRd
Wh
BnBe
Or
BnBe
Cont
rol B
oxM
otor
ized
Tro
lly
DN
UP
Trav
elEM
Push
Butt
on
BkRd
Wh
Or
BeG
n
Gy
Mot
or A
ssy
Mot
or A
ssy
Mot
or T
herm
alPr
otec
tor
RdRd
Mot
or T
herm
alPr
otec
tor
RdRd
Gn
Ye
Bn
Gn
Ye
Bn
2 3 1 E
1 2 34 5 6 7 8
X12
X11
K11
1 2
3 4
5 6
13 14
K12
1 2
3 4
5 6
13 14
2 3 1 E
1 2 34 5 6 7 81
23
45
6
X13
K10
A2 A1
K11
A2 A1
K12
A2 A1CH
M
F1
G11
- +~
~
B11
K10
1 2
3 4
5 6
12
X15X1
6
1 2 3 4
X14
X12
X11
X114
AB
CF
ED
TB12
W1
U1
WU11
0V
T1
1 32
TB11
X115
TP1
LS11
Upp
er L
imit
Switc
h
NC
COM
LS12
Low
er L
imit
Switc
h
NC
COM
M11
W1V1U1
U2V2
X1Y1Z1
W2
71
64
83
52
X21
F2RY
258 7RY
268 7K2
0A2 A1
L1 L2 L3
TB21
1 2 3 4
X22
53
RY25
53
RY26
64
RY25
64
RY26
1 2 3 4
X23
7473
K20
8483
K20
K21
A2 A1K2
2A2 A1
X26
X25
79
TB21
46
TB21
5
X24
8
UW
U1
W1
110V
T2
10
TB21
X25
X26
X31
S112 11
S2S3
S4S5
12
3
TB22
X27
X28
65
41
23
TB23
X29
X30
65
4
TP22
TP21
M22
U2 V2 W2
U1V1W1
X1 Y1 Z1
M21
U2 V2 W2
U1V1W1
X1 Y1 Z1
K20
2 1
4 3
6 5
K21
1 2
3 4
5 6
K22
1 2
3 4
5 6
CABL
E 6C
App
endi
xW
iring
Dia
gram
47
Mem
o
< Memo >
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