Transcript EZ SERVOMOTOR OVERVIEW EZ_EZF_PY_EZS_EZM

Geared to a higher standard™
A Heritage of Innovation…
STOBER Drives, Inc. – Maysville, KY
• 1991: SDI opens with the ComTrac product line
• 1993: MGS series introduced to US market
• 1998: SPG planetary gearheads arrive
• 2001: SMS product developed for US market
• 2005: P/PH 2nd Generation
• 2007: Integral Servo Gearing
• 2008: MT50 & P9
• 2008: KS
• 2009: MB & more Integral Servo Sizes
• 2010: EZ Motors
• 2011: EZF / PY Hollow Bore Motors
•1781 Downing Drive
•1780 Downing Drive
STOBER Servo History
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ES : (Electronic Servo) – Released in 1998
1st Generation, Discontinued.
Limited Spares, last production order placed in 2011
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ED: (Electronic Dynamic) – Released in 2005
2nd Generation, still actively selling
EZ will most likely replace by 2015
• EK: (Electronic Kompact) – Released in 2005
2nd Generation, still actively selling
EZ will most likely replace by 2015
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EZ: (Electronic Zahn (tooth) Wound) – Released in 2010
3rd Generation
EZ: Stand alone motor and with Gearing
EZF: Hollow bore Version
PY_EZH: Hollow Bore Geared Motor
EZS: Ball Screw driving version (2011)
EZM: Ball Screw nut driving version (2011)
EZ Motor Series
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Patented technology
Tooth Winding
Short Length
High Torque
EZ Servomotors – Even Shorter
Comparison:
EK501 to EZ501
Example:
• P5 Integral
• Even Shorter than EK
Series Compact Motors
EZ Motor Data
Without ventilation
(Ventilation = +35%)
Size
Nominal
Torque (Mn)
Peak Torque
(Mmax)
Nom.
Speed
KE (V/1000
rpm)
Nom.
Current
EZ401
2.8 Nm
8.5 Nm
3000
103
2.7 A
EZ402
4.7 Nm
16 Nm
3000
101
4.4 A
EZ404
6.9 Nm
29 Nm
3000
124
5.8 A
EZ501
4.3 Nm
16 Nm
3000
108
3.7 A
EZ502
7.4 Nm
31 Nm
3000
134
5.5 A
EZ503
9.7 Nm
43 Nm
3000
127
6.9 A
EZ505
13.5 Nm
67 Nm
3000
153
8.8 A
EZ701
7.4 Nm
20 Nm
3000
104
7.2 A
EZ702
12 Nm
41 Nm
3000
146
8.2 A
EZ703
16.5 Nm
65 Nm
3000
133
11.4 A
EZ705
21.3 Nm
104 Nm
3000
150
14.2 A
EZ Motor Speed & Torque Chart
• Flat Torque Curve
• Higher Torque available
even with higher speeds
• Increase Torque by 35%
with Cooling Options
Z: Zhan = Teeth
EZ / EZF Motors
 Higher efficiency
• Optimized electrical steel sheet - lowest
lamination losses
• Energy-saving – better than IE4
 Precise smooth running behavior
• Punched and directly bonded laminated
cores – low detent torques
• High stability, low-vibration, low-noise
Enlarged image of an orthocyclically
linear-wound motor coil
EZ Motor with Tooth Winding
Motor series EZ4, EZ5, and EZ7
with tooth winding – each with
12 teeth and 14 pole
Example:
EZ7 – motor with 4 magnets per pole
EZ Motor with Tooth Winding
Optional Water Cooling
EZ Motor with Tooth Winding
With inductive absolute multi-turn
encoder (Heidenhain EnDat)
Hiperface encoder
(Sick-Stegmann)
EZ Motor with Tooth Winding
EZ 503 High Dynamic (with low mass of inertia)
Rotor Sheet Hollow
EZ Motor with Tooth Winding
EZ 503 Low Dynamic (with high mass of inertia)
Rotor Sheet Filled with Material
EZ Motor with Tooth Winding
Optional Permanent
Magnet Brake
Forced Ventilation Option
• Increases Torques up to 35%
• Suitable Voltages For Drive Mains
− Single Phase
− 230V AC +6%-10%
− 50/60 Hz
• Fan can be added in the field
Forced Ventilation Option
Compete Servo Fan
Mounting
Bracket
Keeper Plate
Power Connector
Fan
Housing
EZ Available Motor Feedbacks
• Tamagawa Resolver
• Heidenhain EnDat Optical Single and Multi-turn
Encoder - ECN 1113 & EQN 1125
• Sick-Stegmann Hiperface-Encoder Single and
Multi-turn – SKS 36 and SKM 36
• Sick-Stegmann Programmable Incremental
Encoder – CKS 36
Feedback Codes
Commissioning Instructions
Feedback and Power Cables
Pin-out to Match your Drive
• Certified noise resistance
• Torsionally resistant – (fit for cable carriers)
• Flame retardant
• Double shielding
• Colors conform with DESINA
• InterContec Connectors
EZF Hollow Bore Motors
EZF Hollow Bore Motors
With absolute singleturn encoder
Heidenhain ECI 119
PY Hollow with Planetary Gearing
PY Hollow with Planetary Gearing
PY5 1-stage
PY5 3-stage
Water Cooling Option
PY Hollow with Planetary Gearing
New design – Lubrication with grease
Ratio:
1-stage=3
2-stage=9
3-stage=27
Option: Shrink ring
Bearing
Radial sealing replaced by labyrinth seal
EZF / PY Absolute Encoder
Heidenhain Absolute Encoder - ECI 119
EZ / PY Water Cooling Option
• Water Cooling Jackets available
as an option
• Increases torque by
approximately 35%
• Water jackets can be used for
forced air.
• To prevent condensation the
water temperature must be
limited to a delta of 10° Kelvin
under ambient
Pipe Drive Snap Shot
Catalogs and Brochures
• On Web Site
Ball Screw Drives
EZS and EZM
• EZS – driven ballscrew
• EZM – driven ball nut
EZS – Driven Ballscrew
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Nominal torque 3.85 Nm to 23.7 Nm
Blind hole shaft
Axial double angular ball bearing
Grease lubricated
Ballscrew shaft extension must match shrink ring bore
size (pilot hole diameter) of 20h6 / 25h6
attachable diameter /pitch
pilot / hole circle
type of bearing
advance Force Fv [N]
nominal speed nN [rpm]
max. speed of bearing [rpm]
axial stiffness [N/µm]
EZS501
25 / 32
20
EZS502
EZS503
EZS701
EZS702
EZS703
25 / 32
25 / 32
32 / 40
32 / 40
32 / 40
20
20
25
25
25
INA ZKLF 3590-2Z
INA ZKLF50115-2Z
see chart and diagramm in chapter dimensioning aid
3000
3800
3000
500
770
EZS – Options
• Cooling
– Forced Air
– Water
• Optional Permanent Magnet holding brake
– Optional with additional inertia
(not EZS 501 and EZS 701)
• Encoder
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EnDat 2.2, single and multiturn
EnDat 2.1, single and multiturn, optional with Sin-Cos signals
Resolver
Hiperface (in preparation)
EZS – Water Cooling
Optional water cooling in ‟A” side flange
EZM – Driven Ball Nut
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Nominal torque 3.6 Nm to 22.0 Nm
Continous hollow shaft
Axial double angular ball bearing
Grease lubricated
Ball nut mounting dimensions per DIN 69015-5,
Type 0
attachable diameter /pitch
pilot / hole circle
type of bearing
advance Force Fv [N]
nominal speed nN [rpm]
max. speed of bearing [rpm]
axial stiffness [N/µm]
EZM501
25 x 10-25
40 / 51
EZM502
25 x 10-25
EZM503
25 x 10-25
EZM701
EZM702
EZM703
32 x 10-32 32 x 10-32 32 x 10-32
50 / 65
50 / 65
50 / 65
40 / 51
40 / 51
56 / 71
56 / 71
56 / 71
INA ZKLF 3590-2Z
INA ZKLF 50115-2Z
see chart and diagramm in chapter dimensioning aid
3000
3800
3000
500
770
EZM – Options
• Cooling
– Convection cooled
– Water cooling
• Option with permanent magnet holding brake
• Hollow shaft encoder
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EnDat 2.1
Single-turn resolution 19 Bit
Inductive absolute position encoder
32 sine-cosine cycles/revolution
Power supply: 5V (+/- 5%)
EZM
Ball nut per
DIN 69051-5
Version 0
Fit of Flange
Optional Water Cooling
in A-side Flange
Hollow Servo Motor Encoder
• For EZF, EZM, and PY
• Currently only the SINGLE-TURN EnDat absolute position
encoder ECI119 is available.
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EnDat 2.1
Single-turn resolution 19 Bit
32 sine and cosine cycles per revolution
Power supply: 5V (+/- 5%)
• Heidenhain announced the MULTI-TURN EnDat absolute
position encoder EBI119 to be available in 2014
– Battery buffered
Model for Trade Shows
EZS & EZM Motor with Ball Screw
• Ideal for Small and Medium Machine Tools
• Availability – Due to ball nut varieties, each size must be
evaluated for fit
• Up to 30KN (6700 lbs) Force
Linear Speed
Ball Screw Study
Support
• Catalog provided per application
• 30 piece minimum yearly potential
• Brochure on Web Site
3rd Party Drives
Examples of Modification
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Water Cooling
Tolerance Bore
42mm Shrink Ring
Roll Drive
Selling Brief – EZ Motor
 Optimized for Gearmotors
– P, PH, KS, K, KL, F, C
– Bearings, RPM
 Ortho-cyclic Machine Tooth Wound
– Wound by STOBER in Europe
– 20 years experience
 14 poles provides high density
 For use with 3rd party drives:
– Many feedback options
 Water / Forced Air cooling option
 Video and Catalog on Web Site
 Static and Running Sales Demos
Advantages
 Highest Torque Density
 14 poles provide power and RPM for gearing
 Shorter – eliminates right angle
 Lower Inertia, more dynamic
 Water Cooling
 System Sell – harder to break into components
 Lower Price (many times)
Thank You for
Your Attention!