canon precision inc.aitendo3.sakura.ne.jp/aitendo_data/product_img/parts/...yb01 32 yk01 32 yk02 32...
TRANSCRIPT
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Canon Precision Inc.
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Gear Motor Encoder Controller, etc.
Options such as gear units and encoders can be added to the motors. We can also customize the
speed, reduction rate, etc. to fit your exact requirements.
We started cultivating our core technology for DC micro motors in 1962. Today,
Canon Precision uses that advanced technology to propose customized solutions to
meet all kinds of customer needs. Our flexibility in design, allows us to work closely
with each customer to provide the exact solution required, be it simple or complex.
A "Monotsukuri" (knowledge-based making of things) spirit is the driving force
behind our development team. They work directly with our production division on
the development of all new products. Key components are manufactured in-house,
assuring that our high quality standards are maintained. We achieve the highest levels
of productivity and reliability by designing and maintaining our own assembly and
processing equipment.
Our motion control products are designed, developed and manufactured at our plant
in Aomori Prefecture (Northern Japan). The high quality products are made by the
highly efficient cell production system enabling us to provide quick delivery response.
Perfectly match each customer's needs
Canon Precision's Customization
Precision designs MOVE
Canon Precision provides solutions that meet your movement and motion control requirements.
Motion control solution: we combine technology, production, and response to create leading edge motion solutions.
Optimum solution: we study your requirements and promptly propose the optimum solution to meet your needs.
Value added solution: we provide gears, encoders, even custom actuators, as well as other value added solutions.
Ecological solution: we adhere to Canon's Environmental Assurance Policy providing environmentally friendly products that
are lead-free and meet the European RoHS directives.
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Environmental conservation
Maximizing the resource productivity is the challenge Canon Precision tackles. We believe that conventional approaches such as classifying and recycling or waste reduction are not sufficient.
It is necessary to continually strive to lower the environmental burden by means of energy and resource conservation, and to eliminate harmful substances, through and at all phases of the product life cycle, from development and design, to procurement, production, distribution, consumption and finally to disposal.
Therefore, while proceeding with constant reexamination of our technology and production systems including the elimination of harmful substances at the design and development phases, and the materials procurement and process revision stages, we are pursuing more drastic measures like reducing the levels of CO2 in the logistic system by shortening and reducing the point to point transport and switching from road to rail transport.
Furthermore, we are promoting the green procurement system in cooperation with our partner companies and subsidiaries worldwide.
β Environmental logisticsβ CO2 emission control
β Partnersβ Environmental
supporting activities
β Green procurement β Environmentally conscious
products, parts, materialsTraining and EducationTrainingβ ofβ environmentβ staff,β in-houseβenvironmentβauditors,βemployees.
Elimination of hazardous substancesEliminationβofβchlorofluorocarbon ,
trichloroethylene,βdichloromethane.
Reduction of waste, resource-savings Generationβcontrol,βreuseβconversionβintoβcommodities,βrecycling.
Energy efficiencyMonitoringβandβcoordinationβofβelectricβpower.βAdoptionβofβenergy-savingβequipment.
Utilizationβofβwasteβheat.
Energy-savingβactivitiesβpatrol.
Environmental auditingThird-partyβcertificateβauthorityβinspection.βIn-houseβenvironmentalβauditingβsystem.
Monitoring(Analysis and inspection)
Airβandβwaterβdischarge,βsoil,βgroundwaterβwaste,βnoise,βvibration.
EnvironmentalAssurance System
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Β·PaperβhandlingΒ·AutomaticβshutterΒ·Printingβheadβactuation
Β·Mirrorβactuation/ShutterβchargingβofβtheββdigitalβSRLΒ·Robotics,βPrecisionβapparatusΒ·IndustrialβequipmentΒ·Cashβhandlingβequipmentβ(ATMs,Cardββreader/writer)
Β·HouseβautomationβequipmentΒ·Laborsavingβequipment
Β·SurveillanceβsystemΒ·MedicalβequipmentΒ·Broadcastingβequipment
Β·SemiconductorβmanufacturingβequipmentΒ·Measuringβequipment
Brushless Motors
Iron Core Motors
Geared Motors
Pan/tilt System
Stage System
Coreless Motors
Ultrasonic Motors
DC Micro Motors DC Motors
Product line-upsDevelopment, manufacturing and sale of DC micro motors
TABLE OF CONTENTS
Actuator Units 31
YB01βββββββββββββββββββββββββββββββββββββββββββββββββββββββββββββββββββ32YK01βββββββββββββββββββββββββββββββββββββββββββββββββββββββββββββββββββ32YK02βββββββββββββββββββββββββββββββββββββββββββββββββββββββββββββββββββ32
Iron Core Motors 15
HN54βSeriesβ 16EN42βSeriesβββ 17FN38βSeriesβ 17FN38β+βEncoderβ 18FN38β+βGearβHeadβ(SpurβGear)β18EN35βSeriesβ 19DN35βSeries 19DN35β+βGearβHeadβ(SpurβGear)β 20DN35β+βEncoderβββββββ20FN30βSeriesβ 21FN30β+βGearβHeadβ(SpurβGear)β 22FN30β+βEncoderβ 22DN26βSeriesβ 23DN26β+βEncoderβ 23DG26βSeries 24EN22βSeries 25DN22βSeriesβ 26DN22 Sβ+βGearβHeadβ(PlanetaryβGear)β27DN22β+βGearβHeadβ(PlanetaryβGear)ββββββββββββββββββββ27DN22β+βEncoderββββββ 27DN16βSeries 28DN16β+βGearβHeadβ(SpurβGear)29DN16β+βGearβHeadβ(PlanetaryβGear)β29DN16β+βEncoder 30DN12βSeries 30DN12β+βGearβHeadβ(SpurβGear)30
Coreless Motors 11
LN22βSeries 12LN18βSeriesβββ 12LN18β+βGearβHeadβ(PlanetaryβGear)12LN15βSeriesβ 13βLN15 +βGearβHeadβ(PlanetaryβGear)13LN12βSeriesβ 13LN12β+βGearβHeadβ(PlanetaryβGear)ββ 14
Brushless Motors 05
BN54 Seriesβ(InnerβRotor)βββββββββββ 06 BN54β(InnerβRotor)β+βGearβHeadβ(SpurβGear)ββββ 06BN44 Seriesβ(InnerβRotor)βββββββββββ 07BN44β+βEncoderβββββββββββββββββββββββββββββββββββββββββββββββββ07ββββBN22βSeriesβ(InnerβRotor)βββββββββββ 08 BN22β(InnerβRotor)β+βGearβHeadβ(PlanetaryβGear)08 BN54β+βEncoderββββββ 09 BN22β+βEncoderβββββ 09Generalβpurposeβdrivingβcircuitβforβbrushlessβmotors 09 BF60βSeriesβ(OuterβRotor)β βββββββββββββββββββββββββββββ10BF54βSeriesβ(OuterβRotor)βββββββββββββββββββββββββββββββββββ10BN20βSeriesβ(OuterβRotor)βββββββββββββββββββββββββββββββββββ10
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Brushless Motors
Canon Precision's brushless motors are compact in size and provide high
output power. Two types are offered: an outer rotor type with high
rotational stability and an inner rotor type with quick response. Inner rotor
types can be equipped with reduction gears and encoders. Various custom
options can be incorporated to fit your applications.
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6
BrushlessβMotors
Ο
Ο
Ο
4-M4 PCD 70
60CW
10 3
32
12
5
L
2024 54
Ο 78
6-M3 PCD 44.5
Ο
Β°
Ο
Ο
Ο
Ο
L (20)
5-60
( 54
)
CW
20
15 8
3 325
20 54
Ο 78
β BN54 Series (Inner Rotor)
Type L(mm)S
M63.080.0
RatedVoltage
RatedPower Output
RatedTorque
RatedSpeed
RatedCurrent
TorqueConstant
V2424
BN54 SBN54 M
mA16001900
r/min42003000
W2231
4998
mNγ»m(gfγ»cm)(500)
(1000)3561
mNγ»m/A(gfγ»cm/A)(360)(620)
r/min1000ο½25001000ο½2000
gγ»cm2
110180
Momentof Inertia
SpeedControl RangeMODEL
β BN54 (Inner Rotor) + Gear Head (Spur Gear)
RatedTorque
RatedSpeed
RatedCurrent
RatedVoltage
No LoadSpeedMODEL(Gear Ratio)
mA900
10001100
r/min253127
63
No LoadCurrent
mA480500520
r/min228113
56
V242424
Kg333
PermissibleThrust Load
PermissibleTorque
Max InstantaneousPermissible Torque
mm120125132
TotalLength
BG54BG54BG54
15)30)60)
(1/(1/(1/
490980
1960
mNγ»m(gfγ»cm)(5000)
(10000)(20000)
Nγ»m(kgfγ»cm) Nγ»m(kgfγ»cm)
BG54:βBN54+GearβHead
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7
BrushlessβMotors
β BN44 SeriesοΌInner Rotor Type Brushless MotorοΌ
New Model
Features βHigh Efficiency, High PowerβLow Mechanical NoiseβQuick Response, Long Life
Application βIndustrial MachinesβOffice MachinesβCash Handling Machines
BN44
MODEL
49 ---
TorqueConstant
WindingResistance
WindingInductance
Momentof Inertia
MechanicalTime Constant
ThermalResistance
RatedPower Output
RatedTorque
RatedSpeed
RatedCurrent
StartingTorque
RatedVoltage
No LoadSpeed
No LoadCurrent
V24
mA1200
r/min3600
mA---
r/min4700
W18.5
mNγ»m(gfγ»cm)(500)
mNγ»m(gfγ»cm)(---) 53.9
mNγ»m/A(gfγ»cm/A)(550)
gγ»cm2
25ms---
β¦1.7
mH---
γC/W---
Β°
β BN44+Encoder
BP44(2)BP44(2)
MODEL(Phases) OutputSignal FormNumberof Pulses
ResponseFrequency
EncoderType
OutputLevel
DutyRatio
InputVoltage
IndexPulse Width
LogicWidth
TTLTTL
SquareWaveSquareWave
S=90Β°eΒ±30Β°eS=90Β°eΒ±15Β°e
30οΌ ο½70οΌ 40οΌ ο½60οΌ
------
β»BP44βmodelβmeansβBN44βwithβencoder.β3βPhaseβencoderβmodelβisβavailable.
OpticalOptical
V55
P/R512
1000
Khz(MAX)4050
γ2-M3 Depth 4.5maxγPCD 32
Ο18
Ο6
Ο16
.8
4.4 (57) 5
6223.4
Ο44
30Β° 3.5
γ2-M3 Depth 4.5maxγPCD 32
4.4 (57)
23.4 85max 1.7
30Β°
Ο44
Ο6
Ο16
.8
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8
BrushlessβMotors
Ο
Ο
Ο
1.39.5 L
22 10 32-M2 PCD14
2-M2 PCD18
Ο
Ο
Ο
8
13.510.3
322 8 4
L
4-M2 PCD18
β BN22 Series (Inner Rotor)
Type
LοΌmmοΌSL
33.054.0
MODEL
V2424
BN22 SBN22 L
mA500400
r/min15000
7000
mA8060
r/min17000
8000
W7.58.5
29.439.2
mNγ»m(gfγ»cm)(300)(450)
mNγ»m/A(gfγ»cm/A)(120)(250)
11.824.5
ms3.03.5
RatedPower Output
4.97.8
mNγ»m(gfγ»cm)(50)(80)
RatedTorque
RatedSpeed
RatedCurrent
TorqueConstant
MechanicalTime Constant
RatedVoltage
No LoadSpeed
No LoadCurrent
StartingTorque
β BN22 (Inner Rotor) + Gear Head (Planetary Gear)
BG22:βBN22+GearβHead
MODEL(Gear Ratio)
mA340270200170157185150120105100
r/min850270160
7242
410132
773520
mA949898
100100
6870707373
r/min770260150
7040
380125
753319
V24242424242424242424
mm47.751.451.455.155.168.772.472.476.176.1
BG22 SBG22 SBG22 SBG22 SBG22 SBG22 LBG22 LBG22 LBG22 LBG22 L
20)62)
107)243)410)
20)62)
107)243)410)
(1/(1/(1/(1/(1/(1/(1/(1/(1/(1/
499898
147196
499898
147196
mNγ»m(gfγ»cm)(500)
(1000)(1000)(1500)(2000)
(500)(1000)(1000)(1500)(2000)
RatedSpeed
RatedCurrent
RatedVoltage
No LoadSpeed
No LoadCurrent
TotalLength
RatedTorque
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9
BrushlessβMotors
Ο
Ο
Ο
1.39.5 8.5L
2210 3
2-M2 PCD14
2-M2 PCD18Ο
Β°
Ο
Ο
Ο
6-M3 PCD 44.5
L3
25
15
23
38 54
CW
5-60
( 54
)
20Ο
78
General purpose driving circuit for brushless motors
ββββVoltageοΌDC.β24V
ββββON/OFFγCW/CCWγSpeedβchangeβpossible
ββββLockβrotorβprotection/shortβbreaking/rotationβpulseβsignalβoutputβavailable
InnerβType:
BN22/BN44/BN54
OuterβType:
BN54/BN60
β BN54 + Encoder β BN22 + Encoder
BP54:βBN54+Encoderβ BP22:βBN22+Encoder
MODEL(Phases)
TTLTTL
S=90Β°eΒ±30Β°eS=90Β°eΒ±15Β°e
---180Β°eΓ4
OpticalOptical
V55
30%ο½70%40%ο½60%
KHz(MAX)4050
SquareβWaveSquareβWave
BP54BP54
(2)(3)
P/R512
1000
InputVoltage
Numberof Pulses
ResponseFrequency
EncoderType
OutputLevel
LogicWidth
DutyRatio
OutputSignal Form
IndexPulse Width
MODEL(Phases)
BP22 (3) TTL S=90Β°eΒ±30Β°e180Β°eΓ2OpticalV5 30%ο½70%
KHz(MAX)30 SquareβWave
P/R110β(200)
InputVoltage
Numberof Pulses
ResponseFrequency
EncoderType
OutputLevel
LogicWidth
DutyRatio
OutputSignal Form
IndexPulse Width
15
1 3
SW
ON
F/R
4 1
UP
GN
DVM
12
60
65
-
10
BrushlessβMotorsΟ
Ο
Β°
Ο
Ο
17
1 2MAX9.312
13
FFC
20 10.8
3-12
0
3-M2 PCD 13.5
9MAX
20M
AX
Ο
Ο
Ο
Ο
56
40
26
2833
23.6 23.6
23.6
23.6
41
5.62.550
5
18.5
15.5
20
6
53.2
44-
β BF60 Series (Outer Rotor)
MODEL
V24BF60
mA2500
r/min1990
mA195
r/min2980
W40 196
mNγ»m(gfγ»cm)(2000) 588
mNγ»m(gfγ»cm)(6000)
RatedPower Output
RatedTorque
RatedSpeed
RatedCurrent
RatedVoltage
No LoadSpeed
No LoadCurrent
StartingTorque
β BF54 Series (Outer Rotor)
MODEL
V2424
BF54 M-speedBF54 H-speed
mA15002200
r/min13601800
mA130150
r/min21602600
W2331
167167
mNγ»m(gfγ»cm)(1700)(1700)
441539
mNγ»m(gfγ»cm)(4500)(5500)
RatedPower Output
RatedTorque
RatedSpeed
RatedCurrent
RatedVoltage
No LoadSpeed
No LoadCurrent
StartingTorque
β BN20 Series (Outer Rotor)
MODEL
V12BN20
mA120
r/min16000
mNγ»m/A(gfγ»cm/A)(60)5.9
8
TorqueConstant
WindingResistance
RatedVoltage
No LoadSpeed
No LoadCurrent
ο½
Ο
Ο
Ο
Ο
50205262
3752
28.5
28.5
23.5
52
1.5
3150
5
5
134 6
4.33-
15 60
6
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Coreless Motors
Canon Precision's coreless motors create high power output from a small
package. Their low moment of inertia provides quick response rates and high
controllability. Our coreless motors have demonstrated their high reliability
in many applications including cameras and pumps. Customization, like the
addition of reduction gears, is available.
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12
CorelessβMotors
LN22β6V,12V
LN18
Ο
Ο
Ο
Β°
22 7 20.5
534114-M2 PCD12
120
Ο
Ο
Ο
2-M2
12 16.8
2617
.55
37.4 2.3
Please inquire for the variants of different input voltages.
β LN22 Series
MODEL
V6
12LN22
mA180175
r/min34004500
mA2520
r/min43005900
W0.701.38
1.962.94
mNγ»m(gfγ»cm)(20)(30)
9.812.3
mNγ»m(gfγ»cm)(100)(125)
12.818.8
mNγ»m/A(gfγ»cm/A)(131)(192)
CW/CCWCW/CCW
gγ»cm2
3.03.0
mA790670
g7070
TorqueConstant
Momentof InertiaRotation Weight
RatedPower Output
RatedTorque
RatedSpeed
RatedCurrent
StartingTorque
StartingCurrent
RatedVoltage
No LoadSpeed
No LoadCurrent
β LN18 Series
LN18
MODEL
V12
mA500
r/min9200
mA25
r/min10500
W4.72 4.90
mNγ»m(gfγ»cm)(50) 37.3
mNγ»m(gfγ»cm)(380) 10.3
mNγ»m/A(gfγ»cm/A)(105) CW/CCW
gγ»cm2
1.9mA
3800g
45
TorqueConstant
Momentof InertiaRotation Weight
RatedPower Output
RatedTorque
RatedSpeed
RatedCurrent
StartingTorque
StartingCurrent
RatedVoltage
No LoadSpeed
No LoadCurrent
β LN18 + Gear Head (Planetary Gear)
LG18:βLN18+GearβHead
MODEL(Gear Ratio)
mA170165130110100
r/min375120
703119
mA4545455050
r/min355115
683018
V1212121212
mm54.458.158.161.861.8
LG18LG18 LG18 LG18 LG18
20)62)
107)242)410)
(1/(1/(1/(1/(1/
29.478.598.1
147.0196.0
mNγ»m(gfγ»cm)(300)(800)
(1000)(1500)(2000)
RatedTorque
RatedSpeed
RatedCurrent
RatedVoltage
No LoadSpeed
No LoadCurrent
TotalLength
12V
6V
ββ7000
ββ5600
ββ4200
2800
1400
00 4 8 12 16
1000
800
600
400
200
0
Torque mNΒ·m
Ο
Ο
Ο 22 48
2.313.5 L
3.8
84-M2 PCD18
3
12000
ββ9600
ββ7200
4800
2400
00 12 24 36 48
4000
3200
2400
1600
800
0
Torque mNΒ·m
24V
12V
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13
CorelessβMotors
LN15β12V
Please inquire for the variants of different input voltages.
LN12β6V,12V
β LN15 + Gear Head (Planetary Gear)
β LN15 Series
LG15:βLN15+GearβHead
β LN12 Series
ββ15000
ββ12000
ββ9000
6000
3000
00 6 12 18 24
4000
3200
2400
1600
800
0
Torque mNΒ·m
12V
ββ15000
ββ12000
ββ9000
6000
3000
00 4 8 12 16
4000
3200
2400
1600
800
0
Torque mNΒ·m
6V12V
MODEL
LN12LN12
V6
12
mA280170
r/min1285012900
mA3236
r/min1400014300
W1.321.32
0.980.98
mNγ»m(gfγ»cm)(10)(10)
11.9310.01
mNγ»m(gfγ»cm)(121.7)(102.1)
3.957.31
mNγ»m/A(gfγ»cm/A)(40.3)(74.6)
1.98.6
0.030.076
gγ»cm2
0.340.34
mA30511405
βms4.15.6
TorqueConstant
Momentof Inertia
WindingResistance
RatedPower Output
RatedTorque
RatedSpeed
RatedCurrent
StartingTorque
StartingCurrent
RatedVoltage
No LoadSpeed
No LoadCurrent
WindingInductance
MechanicalTime Constant
mH
Ο
Ο
8.4
32.9
12.5
4.5
1.5
5.4 2.3
2-M1.7
1
-
14
CorelessβMotors
Ο
Ο
Ο
2-M2
12
3
1.5
8
L12.52.8
16 48
Please inquire for the variants of different input voltages.
β LN12 + Gear Head (Planetary Gear)
LG12:βLN12+GearβHead
MODEL(Gear Ratio)
LG12 LG12LG12LG12LG12
20)62)
107)242)410)
(1/(1/(1/(1/(1/
mA180170170170160
r/min455145
853722
mA5565657575
r/min415135
803520
V66666
mm49.152.852.856.556.5
11.829.449.198.1
147.0
mNγ»m(gfγ»cm)(120)(300)(500)
(1000)(1500)
RatedTorque
RatedSpeed
RatedCurrent
RatedVoltage
No LoadSpeed
No LoadCurrent
TotalLength
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Iron Core Motors
Canon Precision's iron core motors come in a wide variety of sizes and
windings. They can be used in many different markets from consumer
products to industrial and professional products. A rich lineup of options,
such as gears and encoders, serves to provide the optimum solution to fulfill
any requirement.
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16
IronβCoreβMotorsβ(7βslots)
β
HN54,β60mm
HN54,β75mm
Changes on winding configuration, shaft length or other customizing available.
Changes on winding configuration, shaft length or other customizing available.
HN54 Series (L=60mm)
Features β7 Slots High Power Motorβ4-Pole MagnetβLow Electric Noise, Low Mechanical Noise
Application βIndustrial MachinesβOffice MachinesβCash Handling Machines
HN54(A type)HN54(D type)
MODEL
58.863.7
TorqueConstant Weight
RatedPower Output
RatedTorque
RatedSpeed
RatedCurrent
StartingTorque
StartingCurrent
RatedVoltage
No LoadSpeed
No LoadCurrent
V2424
A1.91.5
r/min40002900
A
0.40.3
A8.07.0
r/min50003500
W24.619.4
mNγ»m(gfγ»cm)(600)(650)
245.2294.2
mNγ»m(gfγ»cm)(2500)(3000)
44.867.3
mNγ»m/A(gfγ»cm/A)(457)(686)
g550550
β HN54 Series (L=75mm)
Features β7 Slots High Power Motorβ2-Pole MagnetβLow Electric Noise, Low Mechanical Noise
Application βIndustrial MachinesβOffice MachinesβCash Handling Machines
β»HN54 Series are the products of Nisca Corporation.
HN54(B type)HN54(E type)
MODEL TorqueConstant WeightRated
Power OutputRated
TorqueRatedSpeed
RatedCurrent
StartingTorque
StartingCurrent
RatedVoltage
No LoadSpeed
No LoadCurrent
V2424
A2.53.0
r/min23004500
A
0.330.45
A9.0
16.0
r/min32005400
W35.446.2
147.198.1
mNγ»m(gfγ»cm)(1500)(1000)
392.3392.3
mNγ»m(gfγ»cm)(4000)(4000)
72.440
mNγ»m/A(gfγ»cm/A)(739)(408)
g700700
ββ5500
ββ4400
ββ3300
2200
1100
00 600 1200 1800 2400
10000
8000
6000
4000
2000
0
Torque mNΒ·m
DβType
AType
ββ5500
ββ4400
ββ3300
2200
1100
00 600 1200 1800 2400
10000
8000
6000
4000
2000
0
Torque mNΒ·m
EβType
BType
60 (2.5)
Ο42
Ο54
Ο18
Ο22
90Β°
Ο8
7
19
14
4-M4 Depth10 max
20 75 (2.5)
Ο54
Ο20
Ο22
4
Ο8
4-M4 Depth10 max
Ο42
-
17
IronβCoreβMotorsβ(5βslots)
L1610
1.5
5.5
1.6
3
4-M3 PCD25.4
12.7
12.7
4
38
Ο
Ο
Ο
Ο
FN38βSβ12V
FN38βS/M/Lβ24V
IronβCoreβMotorsβ(7βslots)
Changes on winding configuration, shaft length or other customizing available.
Changes on winding configuration, shaft length or other customizing available.
β EN42 Series
Type L(mm) a(mm) b(mm)L 74.0 24.4 12.5
β FN38 Series
Type
LοΌmmοΌS
ML
55.060.070.0
MODEL
V1224122424FN38 L
FN38 S
FN38 M
mA1700
8401660
8501600
r/min51005200540051504200
mA230115205110130
Β°C/W2020171714
r/min62006100660063005000
W1313141326
24.524.524.524.558.8
mNγ»m(gfγ»cm)(250)(250)(250)(250)(600)
137158137132373
mNγ»m(gfγ»cm)(1400)(1610)(1400)(1350)(3800)
mNγ»m/A(gfγ»cm/A)(170)(345)(172)(338)(410)
1.55.01.75.92.7
mH0.72.90.93.72.7
gγ»cm2
32323939
117
16.733.816.933.140.2
ms1714232120
TorqueConstant
WindingResistance
WindingInductance
Momentof Inertia
MechanicalTime Constant
ThermalResistance
RatedPower Output
RatedTorque
RatedSpeed
RatedCurrent
StartingTorque
RatedVoltage
No LoadSpeed
No LoadCurrent
ββ6500
ββ4200
ββ3900
2600
1300
00 150 300 450 600
10000
8000
6000
4000
2000
0
Torque mNΒ·m
EN42-LβType
ββ7000
ββ5600
ββ4200
2800
1400
00 100 200 300 400
5000
4000
3000
2000
1000
0
Torque mNΒ·m
LβHighβpower
MβTypeSβType
Ο
Ο
Β°
Ο
Ο
La 1.57
3b
4515
13
4-M4 PCD30
4220
EN42βL
MODEL
EN42 LV
24mA
1700r/min5600
mA250
Β°C/W9
r/min6500
W29.0 49.0
mNγ»m(gfγ»cm)(500) 383
mNγ»m(gfγ»cm)(3900)
mNγ»m/A(gfγ»cm/A)(346)
mH1.9
gγ»cm2
150.033.9ms27
TorqueConstant
WindingResistance
WindingInductance
Momentof Inertia
MechanicalTime Constant
ThermalResistance
RatedPower Output
RatedTorque
RatedSpeed
RatedCurrent
StartingTorque
RatedVoltage
No LoadSpeed
No LoadCurrent
2.1
ββ7500
ββ6000
ββ4500
3000
1500
00 50 100 150 200
Torque mNΒ·m
10000
8000
6000
4000
2000
0
-
18
IronβCoreβMotorsβ(7βslots)
FN38+Encoderβ60P/R FN38+Encoderβ200/512βP/R
FN38+Encoderβ1000P/R
Ο
Ο
Ο
1.5
L10
16
16.5
21
30
3
4-M3 PCD25.4
12.7
4
Ο
Ο
Ο
4-M3 PCD25.4
3
10
26.5
412
.7
L 17.71610
1.5
37.8
Ο
1.516L16
10
4-M3 PCD25.4
Ο 4
3
38
Ο 12
.7
β FN38 + Encoder
FP38:βFN38+Encoder
MODEL(Phases)
FP38
FP38
FP38
(1)
(2)
(3)
TTLTTLTTLTTL
---S=90Β°eΒ±10Β°eS=90Β°eΒ±30Β°eS=90Β°eΒ±15Β°e
---------
180Β°eΓ4
OpticalOpticalOpticalOptical
V5555
30%ο½70%35%ο½65%30%ο½70%40%ο½60%
KHz(MAX)20204050
SquareβWaveSquareβWaveSquareβWaveSquareβWave
P/R60
200512
1000
InputVoltage
Numberof Pulses
ResponseFrequency
EncoderType
OutputLevel
LogicWidth
DutyRatio
OutputSignal Form
IndexPulse Width
β FN38 + Gear Head (Spur Gear)
FG38:βFN38+GearβHead
MODEL(Gear Ratio)
FG38 SFG38 MFG38 L
12.5)12.5)12.5)
(1/(1/(1/
mA160010001400
r/min485500395
mA170170180
r/min342400345
V242424
mm84.589.599.5
490490490
mNγ»m(gfγ»cm)(5000)(5000)(5000)
RatedTorque
RatedSpeed
RatedCurrent
RatedVoltage
No LoadSpeed
No LoadCurrent
TotalLength
Ο
Ο
Ο
Ο
β‘60
4-M4 PCD70
1025
12
5.5
186
1.627
L
12.7
38
-
19
IronβCoreβMotorsβ(7βslots)
EN35βM/Lβ24V
Ο
Β° Ο
Ο
Ο
L13 2.2
8.3
2.2 8.5
120
4-M2.6 PCD26
12 34.43
DN35βM/Lβ24V
Ο
Β° Ο
Ο Ο
L13 2.2
8.3
2.2 8.5
120
4-M2.6 PCD26
12 34.43
Changes on winding configuration, shaft length or other customizing available.
Changes on winding configuration, shaft length or other customizing available.
β EN35 Series
Type
LοΌmmοΌML
31.638.2
MODEL
EN35 M
EN35 L
V12241224
mA340175550280
r/min5700600055005500
mA9550
10050
Β°C/W27262423
r/min6500690064006400
W2.32.54.54.5
3.923.927.857.85
mNγ»m(gfγ»cm)(40)(40)(80)(80)
28.429.449.049.0
mNγ»m(gfγ»cm)(290)(300)(500)(500)
mNγ»m/A(gfγ»cm/A)(164)(314)(174)(344)
6.023.7
3.915.0
mH3.5
12.82.6
10.7
gγ»cm2
21.021.035.035.0
16.130.817.133.7
ms49524746
TorqueConstant
WindingResistance
WindingInductance
Momentof Inertia
MechanicalTime Constant
ThermalResistance
RatedPower Output
RatedTorque
RatedSpeed
RatedCurrent
StartingTorque
RatedVoltage
No LoadSpeed
No LoadCurrent
β DN35 Series
Type
LοΌmmοΌML
31.638.2
MODEL
DN35 M
DN35 L
V12241224
mA330165560300
r/min5600550055005500
mA90459060
Β°C/W27262423
r/min6500650065506500
W2.32.34.54.5
3.923.927.857.85
mNγ»m(gfγ»cm)(40)(40)(80)(80)
28.425.549.049.0
mNγ»m(gfγ»cm)(290)(260)(500)(500)
mNγ»m/A(gfγ»cm/A)(163)(365)(173)(338)
6.532.0
4.215.2
mH6.7
30.04.0
17.0
gγ»cm2
19193333
16.035.817.033.1
ms48474846
TorqueConstant
WindingResistance
WindingInductance
Momentof Inertia
MechanicalTime Constant
ThermalResistance
RatedPower Output
RatedTorque
RatedSpeed
RatedCurrent
StartingTorque
RatedVoltage
No LoadSpeed
No LoadCurrent
ββ7000
ββ5600
ββ4200
2800
1400
00 150 300 450 600
2000
1600
1200
800
400
0
Torque mNΒ·m
LβType
MβType(HighpowerοΌ
ββ7000
ββ5600
ββ4200
2800
1400
00 15 30 45 60
2000
1600
1200
800
400
0
Torque mNΒ·m
MβType
LβType
-
20
IronβCoreβMotorsβ(3βslots)
Β°
Ο
Ο
Ο
Ο
L2115
125.
5
7
3-M3 PCD3130
12 6
34.4
37
Ο
Ο
Β° Ο
Ο
4-M2.6 PCD26
8.3 3
120
L13 112.2
32 34.4
β DN35 + Gear Head (Spur Gear)
DG35:βDN35+GearβHead
MODEL(Gear Ratio)
DG35 M
DG35 M
DG35 M
DG35 M
DG35 M
DG35 M
DG35 L
DG35 L
DG35 L
DG35 L
DG35 L
DG35 L
30)
60)
100)
150)
300)
500)
30)
60)
100)
150)
300)
500)
(1/
(1/
(1/
(1/
(1/
(1/
(1/
(1/
(1/
(1/
(1/
(1/
mA320160325160325170325130300130230120500265540270500260490260300160230130
r/min225210110110
7062454223221413
215210110105
6562454222211313
mA100
50100
50100
50100
50100
50100
50100
60100
60100
60100
60100
60100
60
r/min200180100
906052403720191212
185185
90905555373620201212
V122412241224122412241224122412241224122412241224
mm53.753.756.256.256.256.258.758.758.758.761.261.260.360.362.862.862.862.865.365.365.365.367.867.8
78.578.5
147.0147.0245.0245.0343.0343.0588.0588.0588.0588.0147.0147.0294.0294.0441.0441.0588.0588.0588.0588.0588.0588.0
mNγ»m(gfγ»cm)(800)(800)
(1500)(1500)(2500)(2500)(3500)(3500)(6000)(6000)(6000)(6000)(1500)(1500)(3000)(3000)(4500)(4500)(6000)(6000)(6000)(6000)(6000)(6000)
RatedTorque
RatedSpeed
RatedCurrent
RatedVoltage
No LoadSpeed
No LoadCurrent
TotalLength
β DN35 + Encoder
DP35:βDN35+Encoder
MODEL(Phases)
DP35 (3) TTLOpticalV5
KHz(MAX)30
P/R200
InputVoltage
Numberof Pulses
ResponseFrequency
EncoderType
OutputLevel
S=90Β°eΒ±30Β°e
LogicWidth
180Β°eΓ2
IndexPulse Width
30%ο½70%
DutyRatio
SquareβWave
OutputSignal Form
DN35+Encoderβ200P/R
-
21
IronβCoreβMotorsβ(7βslots)
FN30βS/Lβ24VFN30βSβ/βFN30βL
FN30βMβ24VFN30βM
Β°
Ο
Ο
Ο
Ο
L14 51.5 1.5
2-M3 PCD25.4
45
12 12 304
Ο
Ο
Ο
Ο
Β°
4614 72.5 1.5
45
2-M3 PCD24
10 12 304
Changes on winding configuration, shaft length or other customizing available.
Changes on winding configuration, shaft length or other customizing available.
β FN30 Series
Type
LοΌmmοΌSL
41.055.0
MODEL
FN30 S
FN30 L
V12241224
mA550300700350
r/min4650440032003300
mA110
507540
Β°C/W28272120
r/min6300630045004600
W3.63.45.05.8
7.357.35
14.7014.70
mNγ»m(gfγ»cm)(75)(75)
(150)(150)
26.525.553.953.0
mNγ»m(gfγ»cm)(270)(260)(550)(540)
mNγ»m/A(gfγ»cm/A)(174)(303)(253)(460)
6.727.3
5.020.0
mH3.6
14.73.1
17.7
gγ»cm2
14143232
17.129.724.845.1
ms33442631
TorqueConstant
WindingResistance
WindingInductance
Momentof Inertia
MechanicalTime Constant
ThermalResistance
RatedPower Output
RatedTorque
RatedSpeed
RatedCurrent
StartingTorque
RatedVoltage
No LoadSpeed
No LoadCurrent
MODEL
FN30 M
V1224
mA440230
r/min32003100
mA6030
Β°C/W2424
r/min45004400
W3.33.2
9.819.81
mNγ»m(gfγ»cm)(100)(100)
34.332.4
mNγ»m(gfγ»cm)(350)(330)
mNγ»m/A(gfγ»cm/A)(240)(480)
8.033.0
mH4.1
17.3
gγ»cm2
2222
23.547.0
ms3233
TorqueConstant
WindingResistance
WindingInductance
Momentof Inertia
MechanicalTime Constant
ThermalResistance
RatedPower Output
RatedTorque
RatedSpeed
RatedCurrent
StartingTorque
RatedVoltage
No LoadSpeed
No LoadCurrent
ββ7000
ββ5600
ββ4200
2800
1400
00 15 30 45 60
2000
1600
1200
800
400
0
Torque mNΒ·m
MβTypeHighpower
MβTypeοΌnormalοΌ
ββ7000
ββ5600
ββ4200
2800
1400
00 15 30 45 60
2000
1600
1200
800
400
0
Torque mNΒ·m
LβType
SSβType
SType
-
22
IronβCoreβMotorsβ(7βslots)
FN30+Encoderβ200P/R
Β°
Β°
Ο
Ο
Ο
Ο
2-M3 PCD24 L 13.5142.5
18.2
26.518
45
10
30
324
2-M3 PCD24
30 3210 4
L14 112.5
Ο
Ο
Ο
Ο
β FN30 + Gear Head (Spur Gear)
FG30:βFN30+GearβHead
MODEL(Gear Ratio)
FG30
FG30
FG30
30)
100)
150)
(1/
(1/
(1/
mA420220220120300160
r/min150145
45453030
mA703570357035
r/min110105
40402524
V122412241224
mm68.168.170.670.673.173.1
196196294294588588
mNγ»m(gfγ»cm)(2000)(2000)(3000)(3000)(6000)(6000)
RatedTorque
RatedSpeed
RatedCurrent
RatedVoltage
No LoadSpeed
No LoadCurrent
TotalLength
β FN30 + Encoder
FN30+Encoderβ120P/R
FP30:βFN30+Encoder
MODEL(Phases)
FP30FP30
(1)(3)
IndexPulse Width
TTLTTL
OpticalOptical
V55
KHz(MAX)1030
P/R120200
InputVoltage
Numberof Pulses
ResponseFrequency
EncoderType
OutputLevel
---S=90Β°eΒ±30Β°e
---180Β°eΓ2
LogicWidth
30%ο½70%30%ο½70%
DutyRatio
SquareβWaveSquareβWave
OutputSignal Form
Ο
Ο
Ο Ο
Β°
7
3-M3 PCD31
30
2115
125.
512 6L
30 37
-
23
IronβCoreβMotorsβ(3βslots)
DN26βMβ12V
DN26βLβ24V
DN26βLβ22VβHighβPower
DN26+Encoderβ144P/R
Ο Ο
Ο
Ο
L131217
2-M3
25.5 28 8
Ο Ο
Ο
13 L 12.2
25.528
217
2-M3
Changes on winding configuration, shaft length or other customizing available.
Changes on winding configuration, shaft length or other customizing available.
β DN26 Series
Type
LοΌmmοΌML
31.036.5
MODEL
DN26 M
DN26 L
DN26 L
High Power
V1224122422
mA320170340180270
r/min41004000500051005400
mA3030452540
Β°C/W4040333333
r/min61505900665069006750
W2.12.02.62.63.9
4.904.904.904.906.86
mNγ»m(gfγ»cm)(50)(50)(50)(50)(70)
14.714.720.619.636.3
mNγ»m(gfγ»cm)(150)(150)(210)(200)(370)
mNγ»m/A(gfγ»cm/A)(170)(340)(172)(320)(310)
13.051.8
9.538.216.4
mH12.250.1
7.531.013.8
gγ»cm2
8.78.7
11.011.011.0
16.733.316.931.430.4
ms40.740.537.043.019.5
TorqueConstant
WindingResistance
WindingInductance
Momentof Inertia
MechanicalTime Constant
ThermalResistance
RatedPower Output
RatedTorque
RatedSpeed
RatedCurrent
StartingTorque
RatedVoltage
No LoadSpeed
No LoadCurrent
β DN26 + Encoder
DP26:βDN26+Encoder
MODEL(Phases)
DP26 (3) TTLOpticalV5
KHz(MAX)30
P/R144
InputVoltage
Numberof Pulses
ResponseFrequency
EncoderType
OutputLevel
S=90Β°eΒ±30Β°e
LogicWidth
180Β°eΓ2
IndexPulse Width
30%ο½70%
DutyRatio
SquareβWave
OutputSignal Form
β10000
ββ8000
ββ6000
4000
2000
00 5 10 15 20
Torque mNΒ·m
1250
1000
750
500
250
0
β10000
ββ8000
ββ6000
4000
2000
00 10 20 30 40
Torque mNΒ·m
2000
1600
1200
800
400
0
β10000
ββ8000
ββ6000
4000
2000
00 6 12 18 24
Torque mNΒ·m
1250
1000
750
500
250
0
-
24
IronβCoreβMotorsβ(3βslots)
β DG26 Series
MODEL(Gear Ratio)
DG26DG26DG26DG26DG26
20)62)
107)245)410)
(1/(1/(1/(1/(1/
mA335342277240170
r/min325110
602716
mA7070707070
r/min245
80502315
V1212121212
mm55.158.858.862.562.5
58.8147.0196.0294.0294.0
mNγ»m(gfγ»cm)(600)
(1500)(2000)(3000)(3000)
RatedTorque
RatedSpeed
RatedCurrent
RatedVoltage
No LoadSpeed
No LoadCurrent
TotalLength
Gear Head4γΌ45Β°
Depth 4Max4-M2(PO.4) on Ο18Β±0.15
2.9Β±0.2
13.5Β±0.4
8
LΒ±0.6
36.5 3
Ο22
Β±0.
2
Ο8Β±
0.05
Ο4γΌ
0.01
50
γ
3γΌ0.
050
Ο8γΌ
0.1
0Ο
25.5
1
-
IronβCoreβMotorsβ(5βslots)
25
EN22β24V
Ο
Ο
Ο
Ο
32.891.8 118
2-M2
15 22 10 2 5
Changes on winding configuration, shaft length or other customizing available.
β EN22 Series
MODEL
EN22
V1224
mA180
90
r/min54005400
mA3015
Β°C/W3838
r/min70006900
W1.41.4
2.452.45
mNγ»m(gfγ»cm)(25)(25)
10.310.8
mNγ»m(gfγ»cm)(105)(110)
mNγ»m/A(gfγ»cm/A)(164)(333)
17.971.9
mH6.6
20.0
gγ»cm2
4.34.3
16.132.7
ms3029
TorqueConstant
WindingResistance
WindingInductance
Momentof Inertia
MechanicalTime Constant
ThermalResistance
RatedPower Output
RatedTorque
RatedSpeed
RatedCurrent
StartingTorque
RatedVoltage
No LoadSpeed
No LoadCurrent
11500
ββ9200
ββ6900
4600
2300
00 5 10 15 20
2000
1600
1200
800
400
0
Torque mNΒ·m
EN22-Lβ β
-
26
IronβCoreβMotorsβ(3βslots)
DN22βSβ12VDN22βS
DN22DN22β24VβH-speed
Ο
Ο
Ο
Ο
32.891.8 118
2-M2
15 22 10 2 5
Changes on winding configuration, shaft length or other customizing available.
β DN22 Series
MODEL
DN22 S
DN22
DN22
M-speed
H-speed
V6
1212241224
mA550340190100230120
r/min790086005200530070007000
mA808535204525
Β°C/W454542424242
r/min1050011000
6800660082008300
W2.02.21.31.41.81.8
2.452.452.452.452.452.45
mNγ»m(gfγ»cm)(25)(25)(25)(25)(25)(25)
9.811.310.811.815.715.2
mNγ»m(gfγ»cm)(100)(115)(110)(120)(160)(155)
mNγ»m/A(gfγ»cm/A)(53)(98)
(160)(317)(127)(257)
3.09.4
16.460.9
9.438.2
mH1.34.47.6
28.44.4
21.0
gγ»cm2
1.61.63.73.73.73.7
5.29.6
15.731.112.525.2
ms17.816.325.023.023.022.0
TorqueConstant
WindingResistance
WindingInductance
Momentof Inertia
MechanicalTime Constant
ThermalResistance
RatedPower Output
RatedTorque
RatedSpeed
RatedCurrent
StartingTorque
RatedVoltage
No LoadSpeed
No LoadCurrent
11500
ββ9200
ββ6900
4600
2300
00 5 10 15 20
2000
1600
1200
800
400
0
Torque mNΒ·m
DN22
DN22-S
Ο
Ο
Ο
Ο
2391.3 1
10 2 112218
2-M2
β10000
ββ8000
ββ6000
4000
2000
00 5 10 15 20
Torque mNΒ·m
600
480
360
240
120
0
-
27
IronβCoreβMotorsβ(3βslots)
4-M2 PCD18
Ο
Ο
Ο
L13.510.38
322 8 4
4-M2 PCD18
Ο
Ο
Ο
13.5
810.3
3
L
22 8 4
Ο
Ο
Ο Ο
2-M29
1.330MAX
14
18 22 10 2
9
24M
AX
Ο
Ο
Ο
32.8 1191.818
15
2-M2
22 10 2
β DN22S+Gear Head (Planetary Gear) β DN22+Gear Head (Planetary Gear)
DG22:βDN22+GearβHead
MODEL(Gear Ratio)
DG22 S
DG22 S
DG22 S
DG22 S
DG22 S
DG22
DG22
DG22
DG22
DG22
20)
62)
107)
242)
410)
20)
62)
107)
242)
410)
(1/
(1/
(1/
(1/
(1/
(1/
(1/
(1/
(1/
(1/
mA520330510320410270340230300210230110230130170100160
90130
65
r/min510540165170
95100
43452527
405400140135
767533332020
mA160120160120160120160120160120
80408040804080408040
r/min410450135145
859038402325
355350115115
708031301919
V6
126
126
126
126
1212241224122412241224
mm37.737.741.441.441.441.445.145.145.145.150.750.754.454.454.454.458.158.158.158.1
29.429.478.578.598.198.1
147.0147.0196.0196.0
29.429.478.578.598.198.1
147.0147.0196.0196.0
mNγ»m(gfγ»cm)(300)(300)(800)(800)
(1000)(1000)(1500)(1500)(2000)(2000)
(300)(300)(800)(800)
(1000)(1000)(1500)(1500)(2000)(2000)
RatedTorque
RatedSpeed
RatedCurrent
RatedVoltage
No LoadSpeed
No LoadCurrent
TotalLength
β DN22 + Encoder
DN22+Encoderβ62P/RDN22βS+Encoderβ3P/R
DP22:βDN22+Encoder
MODEL(Phases)
DP22DP22 S
(1)(2)
SimulatedβSineβWaveTTL
OpticalMagnetic
V55
KHz(MAX)20---
P/R62
3
InputVoltage
Numberof Pulses
ResponseFrequency
EncoderType
OutputLevel
---S=90Β°eΒ±45Β°e
LogicWidth
SimulatedβSineβWave35%ο½65%
DutyRatio
SineβWaveSquareβWave
OutputSignal Form
-
28
IronβCoreβMotorsβ(3βslots)
DN16βM/Lβ12VβM-speed
Ο
Ο
Ο
Ο
14.6La2-M1.7
5
1
1116
1.5
4.5
1.5
Changes on winding configuration, shaft length or other customizing available.
β DN16 Series
Type
L(mm) a(mm)ML
20.031.9
9.48.0
MODEL
DN16 MDN16 M
DN16 L
DN16 L
M-speedH-speed
M-speed
H-speed
V121212241224
mA170230230140300160
r/min8000
1150075008800
1100011500
mA406040205525
Β°C/W575742424242
r/min130001600010000115001350014000
W0.81.21.51.82.32.4
0.980.981.961.961.961.96
mNγ»m(gfγ»cm)(10)(10)(20)(20)(20)(20)
2.553.247.858.24
11.8010.80
mNγ»m(gfγ»cm)(26)(33)(80)(84)
(120)(110)
mNγ»m/A(gfγ»cm/A)(75)(57)
(106)(180)
(80)(148)
31.119.415.048.7
8.033.0
mH8.34.94.4
14.02.59.0
gγ»cm2
0.670.670.800.800.800.80
7.405.60
10.4017.70
7.8514.50
ms394211131113
TorqueConstant
WindingResistance
WindingInductance
Momentof Inertia
MechanicalTime Constant
ThermalResistance
RatedPower Output
RatedTorque
RatedSpeed
RatedCurrent
StartingTorque
RatedVoltage
No LoadSpeed
No LoadCurrent
12000
ββ9600
ββ7200
4800
2400
00 5 10 15 20
2000
1600
1200
800
400
0
Torque mNΒ·m
DN16-MβType
DN16-LβType
-
29
IronβCoreβMotorsβ(3βslots)
Ο
Ο
Ο
Ο
Ο
112
L
5
8.51.5
11 1
2-M2
616 4 16
Ο
Ο
Ο
Ο
Ο
123
2.88
12.5 L 1
5816 4 16
2-M2
β DN16 + Gear Head (Spur Gear)
DG16:βDN16+GearβHead
MODEL(Gear Ratio)
DG16 MDG16 MDG16 MDG16 M
DG16 L
DG16 L
DG16 L
DG16 L
34)53)97)
150)
34)
53)
97)
150)
(1/(1/(1/(1/
(1/
(1/
(1/
(1/
mA180180170130310165200110140
80110
60
r/min460300160105390400250260135145
9095
mA606065656030603060306030
r/min360235130
95320330225235130135
8590
V121212121224122412241224
mm35.535.537.037.047.447.447.447.448.948.948.948.9
19.629.449.049.049.049.049.049.049.049.049.049.0
mNγ»m(gfγ»cm)(200)(300)(500)(500)(500)(500)(500)(500)(500)(500)(500)(500)
RatedTorque
RatedSpeed
RatedCurrent
RatedVoltage
No LoadSpeed
No LoadCurrent
TotalLength
β DN16 + Gear Head (Planetary Gear)
DG16:βDN16+GearβHead
MODEL(Gear Ratio)
DG16 MDG16 MDG16 MDG16 MDG16 M
DG16 L
DG16 L
DG16 L
DG16 L
DG16 L
20)62)
107)242)410)
20)
62)
107)
242)
410)
(1/(1/(1/(1/(1/
(1/
(1/
(1/
(1/
(1/
mA180160150150135200130185110180110160
90140
70
r/min570185110
4527
480530155180
90105
40462428
mA808080807070457040603070407035
r/min375130
803520
400430130155
759035402126
V121212121212241224122412241224
mm36.039.739.743.443.447.947.951.651.651.651.655.355.355.355.3
11.829.449.098.1
147.019.619.649.049.098.198.1
147.0147.0196.0196.0
mNγ»m(gfγ»cm)(120)(300)(500)
(1000)(1500)
(200)(200)(500)(500)
(1000)(1000)(1500)(1500)(2000)(2000)
RatedTorque
RatedSpeed
RatedCurrent
RatedVoltage
No LoadSpeed
No LoadCurrent
TotalLength
-
30
DN12βM
Ο
Ο
Ο 1.
5
4.5
1.5
11
14.6L
9.4 (31.7)2-M1.7
16
Ο
Ο
Ο
Ο
10L8
2-M1.71
8.5 512
1.5
5
1
Ο
Ο
Ο
510 L2.5
4 3 5912
11
2-M1.7
IronβCoreβMotorsβ(3βslots)
Changes on winding configuration, shaft length or other customizing available.
β DN16 + Encoder
DP16:βDN16+Encoder
MODEL(Phases)
DP16 (1) TTLMagneticV5
P/R4
InputVoltage
Numberof Pulses
EncoderType
OutputLevel
45%ο½75%
DutyRatio
SquareβWave
OutputSignal Form
β DN12 Series
MODEL
DN12 M
V5
mA145
r/min9150
mA55
Β°C/W90
r/min12300
W0.28 0.29
mNγ»m(gfγ»cm)(3) 1.15
mNγ»m(gfγ»cm)(11.7)
mNγ»m/A(gfγ»cm/A)(34.0)
12.50mH2.4
gγ»cm2
0.243.33ms27
TorqueConstant
WindingResistance
WindingInductance
Momentof Inertia
MechanicalTime Constant
ThermalResistance
RatedPower Output
RatedTorque
RatedSpeed
RatedCurrent
StartingTorque
RatedVoltage
No LoadSpeed
No LoadCurrent
β DN12 + Gear Head (Spur Gear)
DG12:βDN12+GearβHead
MODEL(Gear Ratio)
DG12 MDG12 MDG12 M
75)134)196)
(1/(1/(1/
mA150150160
r/min160
9060
mA656060
r/min120
6543
V555
mm30.230.230.2
14.724.539.2
mNγ»m(gfγ»cm)(150)(250)(400)
RatedTorque
RatedSpeed
RatedCurrent
RatedVoltage
No LoadSpeed
No LoadCurrent
TotalLength
13000
10400
7800
5200
2600
00 5 10 15 20
2000
1600
1200
800
400
0
Torque mNΒ·m
DN12-MβType
-
Actuator Units
Canon Precision's actuator units are developed and designed by utilization
and implementation of simulation techniques combined with motors, our
core technology. These small sized, lightweight actuators, designed to
customer specifications, have already been used in many applications, such as
water boiler valve actuators, with very high levels of customer satisfaction.
-
32
β YB01
ActuatorβUnits
β YK01
β YK02
YK01
YK02
YB01
Ο Ο
Ο Ο
Ο
Ο
2- 4.5
32.5
1111
1
8.5
29 176236.5
10 315
.521
1.513.5
14
5.5
2.9
25.5 8
10
1.6
6
Β°
Β°
Ο
Ο
1336 2-1.5
6038
30
31.5 26
.514
0
315
2-2.
5
14.524.5
2- 4.5
35.1 3 1.5
R18.5
3320
.1
45
45
433829
2.5
2-17
2- 4.5
0315
Ο
Ο
Ο
Β° Β°
MODEL
YB01mA
CW/CCWr/min(120)
V24 0.20 105 (50)250
RatedTorque
Rated Speed*
Rated Current*
RatedVoltage Rotation
*(βββββ)βAtβnoβload
Nγ»m(kgfγ»cm)(2)
MODEL
YK01 CW/CCWV
12 0.39 5mA
(100)200
RatedTorque
Rated Speed*
Rated Current*
RatedVoltage Rotation
*(βββββ)βAtβnoβload
r/min(6)
Nγ»m(kgfγ»cm)(4)
MODEL
YK02
0.72V
12 36
Β°7.5 2-21/63.3
Nγ»m(kgfγ»cm)(7)
Nγ»m(kgfγ»cm)(7.3)
Pull-inTorque
Pull-outTorque
SteppingAngle
ResistancePer Phase
RatedVoltage
ReductionRatio
ExcitationMode
0.69
β150
β120
ββ90
60
30
00 0.5 1.0 1.5 2.0
Torque mNΒ·m
2000
1600
1200
800
400
0
β6.0
β4.8
ββ3.6
2.4
1.2
00 0.7 1.4 2.1 2.8
Torque mNΒ·m
600
480
360
240
120
0
β1.4
β1.2ββ1.0
0.80.6
0.2
0.4
0
Frequency(pps) 0 100 300 600200 400 500
700600500400300200100
0700
Changes on winding configuration, shaft length or other customizing available.
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33
Base motor Voltageγ ββ βββββββββGearhead typeβ βββββββ Dimensions(GH)βββRatioββββββShaft dia. Shaft LββTotal motor length(mm)β
βββDN12β ββββββ5βββββββββββββDG12β βSpurβgearheadβ12mmβsquareβββββ‘12Γ10β β1/75β βββββΟ3.0β ββ5β ββββ30.2β
βββ ββββββββββββββββββββββββββββββββββ
β βββββββββββββββγβ βββββββββββββββββγβ ββββ1/134β ββββββββΟ3.0β ββ5β βββββββββ30.2β
β β β β ββββγβ ββββββββββββββββγβ ββββ1/196β ββββββββΟ3.0β ββ5β βββββββββ30.2β
β β β β β β β β β β
Base motor Voltageγ ββ βββββββββGearhead typeβ βββββββ Dimensions(GH)βββRatioββββββShaft dia. Shaft LββTotal motor length(mm)
ββDN16β ββββββββ β6ο½ββββββββββββββββDG16βββββββSpurβgearheadβ16mmβdiameterβββββΟ16ΓLβ ββββ1/34β βββββββΟ4.0ββββ β11β βββββββββ35.5β
ββββββββ βββββββββββββββββββββββββββββββββ βββββββββββββββγβ ββββββββββββββββγβ ββββ1/53β βββββββΟ4.0β β11β βββββββββ35.5β
β β ββββββββββββββββββ βββββββββββββββγβ ββββββββββββββββγβ ββββ1/97β βββββββΟ4.0β β11β βββββββββ37β
β β β β βββββββββββββββγβ ββββββββββββββββγβ ββββ1/150β βββββββΟ4.0βββ β11β βββββββββ37β β β
β β β
DN26-Lβ ββββββ12ο½
DN/EN35βββββββ12ο½
FN30β ββββββ12ο½
BN54β ββββββββ24
β’Pleaseβinquireβforβtheβcustomizedβvariantβsuchβasβtheβshaftβmodification.ββPleaseβinquireβforβtheβdetailedβgearheadβspecifications.ββ
Base motor Voltageγ ββ βββββββββGearhead typeβ βββββββ Dimensions(GH)βββ RatioββββββShaft dia. Shaft LββTotal motor length(mm)
ββLN12β ββββββββββββ6β ββββββββββββLG12/15/18β βPlanetaryβgearheadβ16mmβdia.βββββΟ16ΓLβ ββββ1/20β βββββββΟ4.0β β12.5β βββββββββ36β
ββLN15β βββββββββ β12ββββββββββββDG16β βββββββββββββββγβ ββββββββββββββββγβ ββββ1/62β ββββββ βΟ4.0β β12.5β βββββββββ39.7β
ββDN16-Mβββββββββ β6ο½ββββββββββββββββββ
β βββββββββββββββγβ ββββββββββββββββγβ ββββ1/107β βββββββΟ4.0β β12.5β βββββββββ39.7β
ββDN16-Lβ ββββββ β12ο½β β βββββββββββββββγβ ββββββββββββββββγβ ββββ1/242β βββββββΟ4.0βββββββ β12.5β βββββββββ43.4β
β β β β βββββββββββββββγβ ββββββββββββββββγβ ββββ1/410β βββββββΟ4.0ββββββββββββββββ12.5β βββββββββ43.4β
Base motor Voltageγ ββ βββββββββGearhead typeβ βββββββ Dimensions(GH)βββRatioββββββShaft dia. Shaft LββTotal motor length(mm)β
ββLN18β βββββ βββ12ο½βββββββββββLG18β ββPlanetaryβgearheadβ22mmβdia.ββββββΟ22ΓLβ ββββ1/20β βββββββΟ4.0β β13.5β βββββββββ50.7β
ββBN22β ββββββββββ24β ββββββββββββBG22β βββββββββββββββγβ ββββββββββββββββγβ ββββ1/62β ββββββ βΟ4.0β β13.5β βββββββββ54.4β
ββDN22-Sββββββββββββ12β ββββββββββββDG/EG22β βββββββββββββββγβ ββββββββββββββββγβ ββββ1/107β βββββββΟ4.0β β13.5β βββββββββ54.4β
ββDN/EN22βββββββββ6ο½ββββββββββββDG26β βββββββββββββββγβ ββββββββββββββββγβ ββββ1/242β ββββββ βΟ4.0ββββ β13.5β βββββββββ58.1β
ββDN26-Lβ ββββββ β12ο½β β βββββββββββββββγβ ββββββββββββββββγβ ββββ1/410β βββββββΟ4.0β β13.5β βββββββββ58.1β
Base motor Voltageγ ββ βββββββββGearhead typeβ βββββββ Dimensions(GH)βββRatioββββββShaft dia. Shaft LββTotal motor length(mm)β β β βββββββββββββββββββββ
βββ βββββββββββ ββββββββββββDG26βββββββββββββSpurβgearheadβ37mmβdiameterββββββΟ37ΓLβ ββββ1/10β βββββββΟ6.0β β15.0ββ βββββββββ53.7β
βββ βββββββββββββββββββββββββββDG/ EG35ββββββββββββββββββββγβ ββββββββββββββββγβ ββββ1/30β ββββββ βΟ6.0β β15.0ββ βββββββββ56.2β
β β βββββββββββ FG30β βββββββββββββββγβ ββββββββββββββββγβ ββββ1/60β βββββββΟ6.0β β15.0ββ βββββββββ56.2β
β β βββββββββββ ββββββ βββββββββββββββγβ βββββββββββββββ βγβ ββββ1/100β βββββββΟ6.0β β15.0ββ βββββββββ56.2β
β β β β βββββββββββββββγβ ββββββββββββββββγβ ββββ1/150β βββββββΟ6.0ββββββββ β15.0ββ βββββββββ58.7β
β β β β βββββββββββββββγβ ββββββββββββββββγβ ββββ1/300β βββββββΟ6.0β β15.0ββ βββββββββ58.7β
β β β β βββββββββββββββγβ ββββββββββββββββγβ ββββ1/500β βββββββΟ6.0β β15.0ββ βββββββββ61.2β
Base motor Voltageγ ββ βββββββββGearhead typeβ βββββββ Dimensions(GH)βββ RatioββββββShaft dia. Shaft LββTotal motor length(mm)β βββββββββββββββββββββββββ
βFN38β ββββββββ12ββββββββββββββββFG38β βSpurβgearheadβ60mmβsquareβββββββ‘60Γ27β ββββ1/12.5β βββββββΟ6.0β β25.0ββ βββββββββ89.5β
Base motor Voltageγ ββ βββββββββGearhead typeβ βββββββ Dimensions(GH)βββRatioββββββShaft dia. Shaft LββTotal motor length(mm)β β β
βββββββββββββββββββββββ ββββββββββββBG54βββββββββββSpurβgearheadβ60mmβsquareββββββββββββ‘60ΓLβ ββββ1/18β ββββββ βΟ8.0β β32.0ββ βββββββββ120β
β β βββββββββββββββββ βββββββββββββββγβ ββββββββββββββββγβ ββββ1/30β βββββββΟ8.0βββββ ββ32.0ββ βββββββββ125β
β β βββββββββββββ βββββββ βββββββββββββββγβ ββββββββββββββββγβ ββββ1/60β βββββββΟ8.0β β32.0ββ βββββββββ132β
β β β β βββββββββββββββγβ ββββββββββββββββγβ ββββ1/100β βββββββΟ8.0β β32.0ββ βββββββββ132β
*TheβmotorβlengthβshownβisβofβDN16-βMβtype
*TheβmotorβlengthβshownβisβofβDN16-βMβtype
*TheβmotorβlengthβshownβisβofβDN22-βMβtype
*TheβmotorβlengthβshownβisβofβDN35-βMβtype
*TheβmotorβlengthβshownβisβofβFN38-βMβtype
*TheβmotorβlengthβshownβisβofβBN54-βMβtype
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34
UnitβββββββββββββββββββββββββββWβββββββββββVβββββββββr/minβββββββmNΒ·ο½(gfΒ·cm)βββββββο½ο½β βββο½/minβ βββββmNΒ·ο½(gfΒ·cmοΌβββββο½Nm/AοΌgfΒ·cmοΌββββββββββΞ©ββββββββββββ /Wββββββο½ο½
BN54-Mβ βββββββββββββββ31.0βββββββββ24βββββββββ3000ββββββ98.0(1000)β ββββ8.0ββ β β βββββββββββββββββ61.0(620οΌβ βββββββββββββββββββββββββββ80
BN54-Sβ βββββββββββββββ22.0βββββββββ24βββββββββ4200βββββββ49.0(500)β ββββ8.0ββ β β βββββββββββββββββ35.0(360οΌββββββββββββββββββββββββββββββββββββββββββ63ββββββββββββ
BN44β βββββββββββββββ18.5βββββββββ24βββββββββ3600βββββββ49.0(500)β βββββ6.0βββββββββββ4700ββββββ 392.3(4000οΌβ β53.9(550οΌββββββββββββ 1.7β ββββββββββββ57
BN22-SβHi-sppedβ β7.5βββββββββ24βββββββ15000βββββββββ4.9(50)β βββββ3.0βββββββββ17000β ββββββ 29.4(300οΌβββββββββββ11.8(120οΌβ β ββββββββββββ33
LN18(12V)β 4.72βββββββ12βββββββββ9200βββββββββ4.9(50)β βββββ2.0βββββββββ10500β βββββββ37.3(380οΌβββββββββββ10.3(105οΌβ β βββββββββββ 37.4
LN15(12V)β 2.22βββββββ12βββββββ10800βββββββββ1.96(20)β βββββ1.5βββββββββ11800β ββββββ 23.5(240οΌββββββββββββ8.71(88.8οΌβ β βββββββββββ 35.3
LN12(6V)β 1.25βββββββββ6βββββββ12200ββββββββ0.98(10)β βββββ1.5βββββββββ14400β ββββββββ 6.4(65οΌβ βββ3.8(39οΌββ β ββββββββββββ31
HN54-L60ο½ο½β 24.6βββββββββ24βββββββββ4000ββββββ58.8(600)β βββββ8.0ββββββββ ββ5000βββββββ245.2(2500οΌββββββββ44.8(457οΌβ β ββββββββββββ60
HN54-L75ο½ο½β 46.2βββββββββ24βββββββββ4500ββββββ98.1(1000)β βββββ8.0ββββββββββ β5400ββββββββ392.3(4000οΌββββββββ40.0(408οΌβ β ββββββββββββ75
EN42β ββββββββββββββββ29.0βββββββββ24βββββββββ5600βββββ β49.0(500)β βββββ5.0βββββββββββ6500β βββββ383(3900οΌβββββ βββββ33.9(346οΌββββββββββββ2.1β β β9ββββββββ74
FN38-LΒ·JBβ 26.0βββββββββ24βββββββββ4200βββββββ58.8(600)β βββββ4.0ββββββ ββββ5000ββββββββ373(3800οΌβ β40.2(410οΌβββββββββββββ2.7ββββββββββββ 14ββββββββ70
FN38-Mβ ββββββββββββββββ13.0βββββββββ24βββββββββ5150βββββ β24.5(250)β βββββ4.0βββββββββββ6300ββββββββ132(1350οΌβ β33.1(338οΌβββββββββββββ5.9ββββββββββ ββ17ββββββββ60
FN38-Sβ ββββββββββββββββ13.0βββββββββ24βββββββββ5200ββ ββ245.0(250)β βββββ4.0βββββββββββ6100ββββββ β158(1610οΌβ β33.8(345οΌββββββββββββ5.0ββββββββββββ 20ββββββββ55
DN/EN35-Lβ ββ2.3βββββββββ24βββββββββ6000ββββββ ββ3.92(40)β βββββ3.0βββββββββββ6900β ββββββ 29.4(300οΌββββββββββ30.8(314οΌββββββββββ 23.7ββββββββββββ 26ββββββββ31.6
DN/EN35-Mβ ββ4.5βββββββββ24βββββββββ5500βββββββββ7.85(80)β βββββ3.0βββββββββββ6400β βββββββ49.0(500οΌββββββββββ33.7(344οΌββββββββββ 15.0βββββββββββ β23ββββββββ38.2
FN30-Lβ βββββββββββββββββ5.8βββββββββ24βββββββββ3300βββββββ14.7(150)β βββββ4.0βββββββββββ4600β βββββββ53.0(530οΌββββββββββ45.1(460οΌβββββββββββ20.0ββββββββββββ20ββββββββ55
FN30-M-HPβ ββ3.6βββββββββ24βββββββββ3600βββββββββ9.8(100)β βββββ4.0ββββββ ββββ4400β βββββββ58.3(595)β β51.5(525)ββββββββββββ20.5βββββββββββββ24.4βββββ46
FN30-Mβ ββββββββββββββββββ4.4βββββββββ24βββββββββ4400βββββββββ9.8(100)β βββββ4.0βββββββββββ 5800β ββββββ 39.2(400)β β35.5(362)βββββββββββ20.5βββββββββββββ24.4βββββ46
FN30-Sβ ββββββββββββββββββ3.4βββββββββ24βββββββββ4400βββββββββ7.35(75)β βββββ4.0βββββββββ ββ6300β βββββββ25.5(260)β β29.7(303)ββββββββββββ27.3βββββββββββββ27βββββββ β41
DN26-Mβββββββββββββββββββ2.0βββββββββ24βββββββββ4000βββββββββ4.9(50)β βββββ2.0βββββββββββ5900β βββββββ14.7(150)β β33.3(340)ββββββββββ β51.8ββββββββββββ40ββββββββ31
DN26-Lβ ββββββββββββββββββ2.6βββββββββ24ββββββββββ5100βββββββββ4.9(50)β βββββ2.0βββββββββββ6900β βββββββ19.6(200)β β31.4(320)βββββββββββ38.2β 33ββββββββ36.5
DN26-L-HPβ ββ3.9βββββββββ22βββββββββ5400ββββββββ6.86(70)β βββββ2.0βββββββββββ6750β βββββββ36.3(370)β β30.4(310)βββββββββββ 16.4β 33ββββββββ36.5
DN/EN22βHi-speedβ ββ1.8βββββββββ24βββββββββ7000βββββββββ2.45(25)β βββββ2.0βββββββββββ8300β βββββββ15.2(155)β β25.2(257)βββββββββββ38.2β 42ββββββββ32.8
DN22-Sβ ββββββββββββββββββ2.2βββββββββ12βββββββββ8600βββββββββ2.45(25)β βββββ2.0βββββββββ11000β βββββββ11.3(115)β βββ9.6(98)β β βββββββββββββ9.4β 45ββββββ β23
DN16-Lβ ββββββββββββββββββ1.2βββββββββ12βββββββ1β1500ββββββββ0.98(10)β βββββ1.5βββββββββ16000β βββββββββ3.24(33)β β50.6(57)β ββββββββββββ19.4β 57ββββββββ31.9
DN16-Mβββββββββββββββββββ2.4βββββββββ24ββββββββ 11500βββββββββ1.96(20)β βββββ1.5βββββββββ14000β βββββββ10.8(110)β β14.5(148)βββββββββββ33.0ββ 42ββββββββ20
DN12β ββββββββββββββββββ0.28βββββββββ5βββββββββ9150ββββββββ0.29(3)β βββββ1.5βββββββββ12300β βββββββββ1.15(11.7)βββββββββββ3.33(34)βββββββββββ12.5βββββββββββββ90ββββββββ20
β β β β β β β β β β β
βββββββββββββββββββββββββββββββββββββRatedβvaluesββββββββββββββββββββββββββββββββββββββββββββββββββββββββββββββββββββββββββββββββββββββββββSpecifications
ModelPowerβoutput VoltageββββSpeedβββββββββ TorqueβββββββββShaftβdia.
No-loadβspeed StartingβtorqueβββTorqueβconstant
Terminalβresistance
Thermalβresistance Length
-
35
Name:
Firm:
Adress:Tel. & Fax:
Application:
Drivingβpurpose:
Voltage
Speed(Rated)
Speed(Noβload)ββββ
Torque(Rated)
Torque(Starting)
Current(Rated)
Current(Noβload)
Lifeβ&βDutyβcycle
Directionβofβrotation
Size(Motor)
Size(Shaft)
Projected quantity: Total pcs. /( ) years
Production schedule:
Other requirements:γ Price goal Qtys. of sample etc....
DC V
r/min
r/min
mNΒ·m ( g-cm)
mNΒ·m ( g-cm)
mA max.
mA
hrs. ()
γγ
Cycle:
Dia: Length:
Dia: Length:
YOUR REQUIREMENT
UnitβββββββββββββββββββββββββββWβββββββββββVβββββββββr/minβββββββmNΒ·ο½(gfΒ·cm)βββββββο½ο½β βββο½/minβ βββββmNΒ·ο½(gfΒ·cmοΌβββββο½Nm/AοΌgfΒ·cmοΌββββββββββΞ©ββββββββββββ /Wββββββο½ο½
BN54-Mβ βββββββββββββββ31.0βββββββββ24βββββββββ3000ββββββ98.0(1000)β ββββ8.0ββ β β βββββββββββββββββ61.0(620οΌβ βββββββββββββββββββββββββββ80
BN54-Sβ βββββββββββββββ22.0βββββββββ24βββββββββ4200βββββββ49.0(500)β ββββ8.0ββ β β βββββββββββββββββ35.0(360οΌββββββββββββββββββββββββββββββββββββββββββ63ββββββββββββ
BN44β βββββββββββββββ18.5βββββββββ24βββββββββ3600βββββββ49.0(500)β βββββ6.0βββββββββββ4700ββββββ 392.3(4000οΌβ β53.9(550οΌββββββββββββ 1.7β ββββββββββββ57
BN22-SβHi-sppedβ β7.5βββββββββ24βββββββ15000βββββββββ4.9(50)β βββββ3.0βββββββββ17000β ββββββ 29.4(300οΌβββββββββββ11.8(120οΌβ β ββββββββββββ33
LN18(12V)β 4.72βββββββ12βββββββββ9200βββββββββ4.9(50)β βββββ2.0βββββββββ10500β βββββββ37.3(380οΌβββββββββββ10.3(105οΌβ β βββββββββββ 37.4
LN15(12V)β 2.22βββββββ12βββββββ10800βββββββββ1.96(20)β βββββ1.5βββββββββ11800β ββββββ 23.5(240οΌββββββββββββ8.71(88.8οΌβ β βββββββββββ 35.3
LN12(6V)β 1.25βββββββββ6βββββββ12200ββββββββ0.98(10)β βββββ1.5βββββββββ14400β ββββββββ 6.4(65οΌβ βββ3.8(39οΌββ β ββββββββββββ31
HN54-L60ο½ο½β 24.6βββββββββ24βββββββββ4000ββββββ58.8(600)β βββββ8.0ββββββββ ββ5000βββββββ245.2(2500οΌββββββββ44.8(457οΌβ β ββββββββββββ60
HN54-L75ο½ο½β 46.2βββββββββ24βββββββββ4500ββββββ98.1(1000)β βββββ8.0ββββββββββ β5400ββββββββ392.3(4000οΌββββββββ40.0(408οΌβ β ββββββββββββ75
EN42β ββββββββββββββββ29.0βββββββββ24βββββββββ5600βββββ β49.0(500)β βββββ5.0βββββββββββ6500β βββββ383(3900οΌβββββ βββββ33.9(346οΌββββββββββββ2.1β β β9ββββββββ74
FN38-LΒ·JBβ 26.0βββββββββ24βββββββββ4200βββββββ58.8(600)β βββββ4.0ββββββ ββββ5000ββββββββ373(3800οΌβ β40.2(410οΌβββββββββββββ2.7ββββββββββββ 14ββββββββ70
FN38-Mβ ββββββββββββββββ13.0βββββββββ24βββββββββ5150βββββ β24.5(250)β βββββ4.0βββββββββββ6300ββββββββ132(1350οΌβ β33.1(338οΌβββββββββββββ5.9ββββββββββ ββ17ββββββββ60
FN38-Sβ ββββββββββββββββ13.0βββββββββ24βββββββββ5200ββ ββ245.0(250)β βββββ4.0βββββββββββ6100ββββββ β158(1610οΌβ β33.8(345οΌββββββββββββ5.0ββββββββββββ 20ββββββββ55
DN/EN35-Lβ ββ2.3βββββββββ24βββββββββ6000ββββββ ββ3.92(40)β βββββ3.0βββββββββββ6900β ββββββ 29.4(300οΌββββββββββ30.8(314οΌββββββββββ 23.7ββββββββββββ 26ββββββββ31.6
DN/EN35-Mβ ββ4.5βββββββββ24βββββββββ5500βββββββββ7.85(80)β βββββ3.0βββββββββββ6400β βββββββ49.0(500οΌββββββββββ33.7(344οΌββββββββββ 15.0βββββββββββ β23ββββββββ38.2
FN30-Lβ βββββββββββββββββ5.8βββββββββ24βββββββββ3300βββββββ14.7(150)β βββββ4.0βββββββββββ4600β βββββββ53.0(530οΌββββββββββ45.1(460οΌβββββββββββ20.0ββββββββββββ20ββββββββ55
FN30-M-HPβ ββ3.6βββββββββ24βββββββββ3600βββββββββ9.8(100)β βββββ4.0ββββββ ββββ4400β βββββββ58.3(595)β β51.5(525)ββββββββββββ20.5βββββββββββββ24.4βββββ46
FN30-Mβ ββββββββββββββββββ4.4βββββββββ24βββββββββ4400βββββββββ9.8(100)β βββββ4.0βββββββββββ 5800β ββββββ 39.2(400)β β35.5(362)βββββββββββ20.5βββββββββββββ24.4βββββ46
FN30-Sβ ββββββββββββββββββ3.4βββββββββ24βββββββββ4400βββββββββ7.35(75)β βββββ4.0βββββββββ ββ6300β βββββββ25.5(260)β β29.7(303)ββββββββββββ27.3βββββββββββββ27βββββββ β41
DN26-Mβββββββββββββββββββ2.0βββββββββ24βββββββββ4000βββββββββ4.9(50)β βββββ2.0βββββββββββ5900β βββββββ14.7(150)β β33.3(340)ββββββββββ β51.8ββββββββββββ40ββββββββ31
DN26-Lβ ββββββββββββββββββ2.6βββββββββ24ββββββββββ5100βββββββββ4.9(50)β βββββ2.0βββββββββββ6900β βββββββ19.6(200)β β31.4(320)βββββββββββ38.2β 33ββββββββ36.5
DN26-L-HPβ ββ3.9βββββββββ22βββββββββ5400ββββββββ6.86(70)β βββββ2.0βββββββββββ6750β βββββββ36.3(370)β β30.4(310)βββββββββββ 16.4β 33ββββββββ36.5
DN/EN22βHi-speedβ ββ1.8βββββββββ24βββββββββ7000βββββββββ2.45(25)β βββββ2.0βββββββββββ8300β βββββββ15.2(155)β β25.2(257)βββββββββββ38.2β 42ββββββββ32.8
DN22-Sβ ββββββββββββββββββ2.2βββββββββ12βββββββββ8600βββββββββ2.45(25)β βββββ2.0βββββββββ11000β βββββββ11.3(115)β βββ9.6(98)β β βββββββββββββ9.4β 45ββββββ β23
DN16-Lβ ββββββββββββββββββ1.2βββββββββ12βββββββ1β1500ββββββββ0.98(10)β βββββ1.5βββββββββ16000β βββββββββ3.24(33)β β50.6(57)β ββββββββββββ19.4β 57ββββββββ31.9
DN16-Mβββββββββββββββββββ2.4βββββββββ24ββββββββ 11500βββββββββ1.96(20)β βββββ1.5βββββββββ14000β βββββββ10.8(110)β β14.5(148)βββββββββββ33.0ββ 42ββββββββ20
DN12β ββββββββββββββββββ0.28βββββββββ5βββββββββ9150ββββββββ0.29(3)β βββββ1.5βββββββββ12300β βββββββββ1.15(11.7)βββββββββββ3.33(34)βββββββββββ12.5βββββββββββββ90ββββββββ20
β β β β β β β β β β β