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AZ Series Closed Loop, Absolute Stepper Motors

AZ Series Closed Loop, Absolute Mechanical Encoder Stepper Motors

AlphaStep Closed Loop Stepper Motors

AZ Series Stepper Motors with Mechanical Absolute Encoder

The AlphaStep AZ Series stepper motors offer high efficiency, low vibration and incorporates our newly developed Mechanical Absolute Encoder for absolute-type positioning without battery back-up or external sensors to buy. Closed loop performance without hunting or gain tuning. Available with a built-in controller or pulse input driver which substantially reduces heat generation from the motor through the use of high-efficiency technology. Requires AlphaStep AZ Series Stepper Motor Driver.

  • Battery-Free, Mechanical Absolute Encoder
  • Closed Loop Performance, No Hunting or Gain Tuning
  • AC or DC Input Types
  • Parallel Shaft and Right Angle Geared Types for Higher Torque, Space Savings
  • Electromagnetic Brake Type Available
  • AlphaStep AZ Series Stepper Motor Driver Required*

Mechanical Absolute Encoder

Mechanical Absolute Encoder


Stepper Motor Lineup

Driver Power Input

Frame Size

Motor Types

Available Options

Max. Holding Torque

AC Input

42mm closed loop stepper motors

AC Input
1.65 in. (42 mm)
NEMA 17 Stepper Motors

Standard Type

Electromagnetic Brake

42 ~ 109 oz-in

0.3 ~ 0.77 N·m

Geared Type

92 ~ 4149 oz-in

0.65 ~ 29.3 N·m

60mm closed loop stepper motors

AC Input
2.36 in. (60 mm)
NEMA 24 Stepper Motors

Standard Type

Electromagnetic Brake

142 ~ 280 oz-in

1 ~ 2 N·m

Geared Type

254 ~ 5664 oz-in

1.8 ~ 40 N·m

85 / 90 mm Closed Loop Absolute Stepper Motors

AC Input
3.35 / 3.54 in.
(85 / 90 mm)
NEMA 34 Stepper Motors

Standard Type

Electromagnetic Brake

280 ~ 560 oz-in 2 ~ 4 N·m

Geared Type

53 ~ 974 lb-in 6 ~ 110 N·m

DC Input

20 mm NEMA 8 Closed Loop Absolute Stepper Motors

DC Input
0.79 in. (20 mm)
NEMA 8 Stepper Motors

Standard Type

-

2.8 ~ 5.1 oz-in 0.02 ~ 0.036 N·m

28 mm Closed Loop Absolute Stepper Motors

DC Input
1.10 in. (28 mm)
NEMA 11 Stepper Motors

Standard Type - 13.4 ~ 26 oz-in 0.1 ~ 0.19 N·m
Geared Type - 42 ~ 340 oz-in 0.3 ~ 2.4 N·m

42mm closed loop stepper motors

DC Input
1.65 in. (42 mm)
NEMA 17 Stepper Motors

Standard Type

Electromagnetic Brake

42 ~ 102 oz-in

0.3 ~ 0.72 N·m

Geared Type

92 ~ 3866 oz-in

0.65 ~ 27.3 N·m

60mm closed loop stepper motors

DC Input
2.36 in. (60 mm)
NEMA 24 Stepper Motors

Standard Type

Electromagnetic Brake

142 ~ 280 oz-in

1 ~ 2 N·m

Geared Type

254 ~ 5664 oz-in

1.8 ~ 40 N·m

* Geared Stepper Motor frame size.


 

Mechanical Type Absolute Encoder

Advanced Technology at Affordable Prices

Mechanical Absolute Encoder

Oriental Motor has developed and patented a compact, low-cost, battery-free mechanical type absolute sensor. The AlphaStep AZ Series is available at affordable prices and can contribute to improved productivity and cost reductions.

Mechanical-Type Encoder (No Battery Required)

A mechanical sensor composed of multiple gears is employed. Positioning information is detected by recognizing the angle of the individual gears. As a result, it does not require a battery.

Multiple-Rotation Absolute System*

Absolute position detection is possible with ±900 rotations (1800 rotations) of the motor shaft from the home position.

Home Setting Method*

The home position can be easily set by pressing a switch on the drivers surface, which is saved by the Mechanical Absolute Encoder. In addition, home setting is possible with the MEXE02 data setting software or external input signal.

Home position is easy to adjust by moving the motor to a desired position manually.

HOME Setting Switch

*Requires AZ Series Driver

No External Sensors Required

Positional information is managed mechanically. External sensors such as home sensor and the limit sensor are not needed.

No sensors required

Reduced Cost

Sensor costs and wiring costs can be reduced, allowing for lower system costs.

Simple Wiring

Wiring is simplified and the degree of freedom for equipment design is increased.

Not Affected by Sensor Malfunctions

There is no concern about sensor malfunctions (when operating in environments filled with oil mist or filled with metal pieces due to metal processing), sensor failures or sensor wire disconnections.

Improved Return-to-Home Accuracy

Home position accuracy is increase because the return-to-home operation is performed regardless of any variations in home sensor sensitivity.


Shortened Reset Time - High Speed Return-to-Home

Because return-to-home is possible without an external sensor, return-to-home can be performed at high speed without taking the sensor sensitivity into account, allowing for a shortened machine cycle.

high speed return to home


No Battery Required

No battery is required thanks to a mechanical-type sensor. Because positioning information is managed mechanically by the Mechanical Absolute Encoder, the positioning information can be preserved, even if the power turns off, or the cable between the motor and the driver is disconnected.

No battery required

 

Reduced Maintenance

Because there is no battery that needs replacement, maintenance time and costs can be reduced.

Unlimited Driver Installation Possibilities

Because there is no need to secure space for battery replacement, there are no restrictions on the installation location of the driver, improving the flexibility and freedom of the layout design of the control box.

Safe for Overseas Shipping

Normal batteries will self-discharge, so care must be taken when the equipment requires a long shipping time, such as when being sent overseas. The Mechanical Absolute Encoder does not require a battery, so there is no limit to how long the positioning information is maintained. In addition, there is no need to worry about various safety regulations, which must be taken into consideration when shipping a battery overseas.

Position Holding Even when the Cable between the Motor and Driver is Detached

Positioning information is stored within the Mechanical Absolute Encoder.

*Because the positioning information is stored in the Mechanical Absolute Encoder, the home position must be reset if the motor is replaced.

High Reliability

High Reliability is provided by using the control method unique to Oriental Motor that combines the merits of both open loop control and closed loop control.

Continues Operation Even with Sudden Load Fluctuation and Sudden Acceleration

In normal conditions, it operates synchronously with pulse commands under open loop control, and because of its compact size and high torque generation, it has excellent acceleration performance and response. In an overload condition, it switches immediately to closed loop control to correct the position.

Alarm Signal Output in Case of Abnormality

If a continuous overload is applied, an alarm signal is output. Also, when the positioning is completed, a signal is output. This provides high reliability.

No Tuning Required

Because it is normally operated with open loop control, positioning is still possible without gain tuning even when the load fluctuates due to the use of a belt mechanism, cam or chain drive, etc.

Holding the Stop Position

During positioning, the motor stops with its own holding force without hunting. Because of this, it is ideal for applications where the low rigidity of the mechanism requires absence of vibration upon stopping.


Energy Saving

Heat generation is reduced thanks to the high efficiency motor, resulting in energy savings.

Lower Heat Generation

Heat generation by the motor has been significantly reduced through higher efficiency.

Lower heat generationstepper motor surface temperature

stepper motor power consumption



AlphaStep Performance

What is the Output of αSTEP?

"Rated Output" is not listed because AlphaStep has no "rated speed". Refer to the graph below to compare rate torque of the AlphaStep to Watts of of servo motor's rated output torque.

AlphaStep Rated Output

What is the Stopping Accuracy of αSTEP?

The stopping accuracy of a typical AlphaStep is ±0.05° (under no load), which is equivalent to that of servo motors. The graphs below show the actual measured stopping accuracies when an AlphaStep and an AC servo motor were rotated once.

AlphaStep Stopping Accuracy

 

Standard Type Stepper Motors

The standard type AZ Series stepper motors are available in 3 output shaft types; Round Shaft*, Round Shaft with Flat and Key Shaft*.

 

Standard Type Stepper Motors

*Round Shaft and Key Shaft only available on 1.65 in. (42 mm), 2.36 in. (60 mm) and 3.35 in. (85 mm) sizes.

Taper Hobbed Gear Stepper Motors (TS)

  • 1.65 in. (42 mm)
  • 2.36 in. (60 mm)
  • 3.54 in. (90 mm)

Taper Hobbed Gear Stepper Motors

High Speed, Low Backlash Gears

This geared type is made with a simple spur gear design. The torque and speed have been improved.

Because of its high accuracy, this type has the same level of accuracy when compared to our tapered (TH) type without the added cost of tapering.

Taper Hobbed Gear Structure

Cable outlet direction can be selected

There is a choice of four cable outlet directions in relation to the output shaft. Please contact technical support for the details.

Cable Direction

Planetary Gear Stepper Motors (PS)

  • 1.10 in. (28 mm)
  • 1.65 in. (42 mm)
  • 2.36 in. (60 mm)
  • 3.54 in. (90 mm)

Planetary Gear Stepper Motors

High Torque, Low Backlash Gears

The PS gear mechanism is comprised primarily of a sun gear, planetary gears and an internal tooth gear. The planetary gears design allow for higher output torque.

There are gears inside used to distribute torque, which allows for higher torque than a spur gear design. The PS gear uses a higher accuracy gear design which provides for a lower backlash when compared to a spur gear design.

Planetary Gear Structure

Neugart High Torque Planetary Gear Stepper Motor (PLE)

  • 1.65 in. (42 mm)
  • 2.36 in. (60 mm)
  • 3.54 in. (90 mm)

Higher Torque, Lower Backlash Gears

The PLE Series gearhead employs optimized planetary gear mechanism and is composed of fully hardened gears. Sun gear and planetary gears are honed (precision final machining after heat treatment). This technology guarantees extremely high torque density, long life, low backlash, and so on.

*Motor and Gearhead ship separately and must be assembled using the included gasket and screws


Harmonic Planetary Gear Stepper Motors (HPG)

  • 1.65 in. (42 mm)
  • 2.36 in. (60 mm)
  • 3.54 in. (90 mm)

High Accuracy, Non-backlash Gears

The HPG gear combine a harmonic and planetary gear speed-reduction mechanism allowing for high positioning accuracy, high permissible torque and high maximum instantaneous torque. The HPG Gears are available with a center shaft or surface mount to meet the needs of various applications.

 


Right-Angle Face / Spur Gear (FC)

  • 1.65 in. (42 mm)
  • 2.36 in. (60 mm)

Right-Angle Gear Stepper Motor

The right-angle FC geared type is a compact orthogonal shaft geared motor made up of a disc-shaped gear (face gear) meshing with a spur gear. By combining it with an AZ series motor, high precision, high strength and space savings is possible at an affordable price.

Right-angle FC Gear

Harmonic Gear Stepper Motors (HS)

  • 1.18 in. (30 mm)
  • 1.65 in. (42 mm)
  • 2.36 in. (60 mm)
  • 3.54 in. (90 mm)

Harmonic Gear Stepper Motors

High Accuracy, Non-Backlash Performance Gears

The mechanical life, permissible torque and maximum torque are improved (compared with conventional models).

Improved Rate Life (Twice the length of conventional models)

The rate life has been increased from 5,000 hours (conventional model) to 10,000 hours.
[Except for 1.65 in. (42 mm) frame size]

Harmonic Gear Structure

The harmonic gear utilizes the metal’s electrodynamics property. It is comprised of three basic components, a wave generator, flex spline and circular spline.

Stepper Motor Gear Structure

Harmonic Gear Rotation

Rotating the wave generator (input) clockwise while keeping the circular spline fixed in position will subject the flax spline to elastic deformation, causing a gradual shift in the point of engagement between the circular spline and flex spline.

Harmonic Gear Rotation

When the wave generator completes one revolution, the flex spline has rotated two fewer teeth than the circular spline has, resulting in the movement of the flex spline for the difference in the tooth count (two teeth) in the opposite direction of the wave generator's rotation (i.e. counterclockwise). This movement translates into output, thereby reducing the speed.


Surface Installation of Load

The harmonic geared type permits installation of load directly on the rotating surface integrated with the shaft. [Expect for geared stepper motors with a frame size of 3.54 in. (90 mm)].

Harmonic Gear Installation

 

Harmonic Gear Index Table

 


Electromagnetic Brake Option

  • 1.65 in. (42 mm)
  • 2.36 in. (60 mm)
  • 3.35 / 3.54 in. (85 / 90 mm)

Stepper Motor with Brake Option

These products have built-in power-off activated electromagnetic brakes. When power is accidentally cut off due to a blackout or other unexpected events, the electromagnetic brake holds the load in position to prevent it from dropping or moving. Also, when the motor is at standstill, it can be held by the electromagnetic brake. It is possible to suppress the heat generated from the motor by turning off the motor current.


AZ Series AC Input Drivers

AlphaStep AC Input Drivers

The AlphaStep AZD (AC Input) Drivers offers superior high speed performance, high functionality and closed loop control. There are no external sensors to buy as the motor and driver complete the system. Advanced operation and function control is included through our MEXE02 software (free download). The AlphaStep AZD (AC Input) Drivers can perform quick positioning operations over a short distance without the need for tuning, while providing smooth performance.

  • Built-in Protective Functions
  • Emergency Torque Off Function
  • Pulse Input, Pulse Input with RS-485 Communications, Built-in Controller (Network), EtherCAT, EtherNet/IP™ or PROFINET Types
  • Single-Phase 100-120 VAC or Single-Phase/Three-Phase 200-240 VAC
  • For use with AlphaStep AZ Series Motors (AC Input)

 

AZ Series DC Input Drivers

AlphaStep DC Input Drivers

The AlphaStep DC Input Drivers offer 24/48 VDC input voltage, high functionality and closed loop control. There are no external sensors to buy as the motor and driver complete the system. The AlphaStep AZD-K (DC Input) can perform quick positioning operations over a short distance without the need for tuning, while providing smooth performance.

  • Built-in Protective Functions
  • Pulse Input, Pulse Input with RS-485 Communications, Built-in Controller (Network), EtherCAT, EtherNet/IP™ or PROFINET Types
  • 24/48 VDC
  • For use with AlphaStep AZ Series Motors (DC Input)

 

Multi-Axis Controller / Driver (EtherCAT)

Multi-Axis Controller / Driver

A multi-axis controller that supports EtherCAT communication.Compatible with the CiA402 drive profile. It can be connected to the AZ Series DC input motors and electric actuators.

2-axis, 3-axis and 4-axis driver connections are available.

  • 24/48VDC
  • Multi-Axis Motor Connection Cables required*

EtherCat

 

Cables for Single-Axis Drivers

Cables

These cables are used to connect or extend the distance between the motor and single-axis driver.

Required (sold separately).

Use a flexible motor cable if the motor is installed on a moving part or its cable will be flexed.

*Multi-Axis Controller / Driver requires different cables

 

Flexible Couplings

Flexible Couplings

This three-piece coupling adopts an aluminum alloy hub and a resin spider. The simple construction ensures that the high torque generated by a gear motor can be transmitted reliably. The proper elasticity of the spider suppresses motor vibration.

 

Mounting Brackets

Mounting Bracket

Mounting brackets are convenient for installation and securing a stepper motor or geared stepper motor.


SCX11 Universal Controller

universal controller

The SCX11 is a highly-functional and sophisticated controller equipped with program editing and execution functions. Use the SCX11 as a stored program controller to connect to any of Oriental Motor's standard pulse input drivers. The SCX11 is also able to control the motor via serial communications such as USB, RS-232C and CANopen.

 

Network Gateways

Network Gateways

The communication protocol of the master controller, Factory Automation (FA) network, is converted to Oriental Motor's own RS-485 communication protocol. Connection to Oriental Motor's network compatible products is completed with one RS-485 communication cable.

  • Compatible Networks:
    CC-Link, MECHATROLINK-II, MECHATROLINK-III, EtherCat

EtherCat CC-Link MECHATROLINK



System Configuration

AC Input

System Configuration

System Configuration

 

DC Input

system configuration

system configuration


Stepper Motor & Driver Combinations

AC Input Type

 

Built-in Controller (Network)

Pulse Input

Gear

Rear

Size

Stepper Motor P/N

Driver P/N

Rear

Size

Stepper Motor P/N

Driver P/N

Round

Single

46

AZM46AC

AZD-♢D

Single

46

AZM46AC

AZD-♢

66

AZM66AC

66

AZM66AC

69

AZM69AC

69

AZM69AC

98

AZM98AC

98

AZM98AC

911

AZM911AC

911

AZM911AC

Electromagnetic
Brake

46

AZM46MC

Electromagnetic
Brake

46

AZM46MC

66

AZM66MC

66

AZM66MC

69

AZM69MC

69

AZM69MC

98

AZM98MC

98

AZM98MC

TS Geared
Type

Single

46

AZM46AC-TS☐

AZD-♢D

Single

46

AZM46AC-TS☐

AZD-♢

66

AZM66AC-TS☐

66

AZM66AC-TS☐

98

AZM98AC-TS☐

98

AZM98AC-TS☐

Electromagnetic
Brake

46

AZM46MC-TS☐

Electromagnetic
Brake

46

AZM46MC-TS☐

66

AZM66MC-TS☐

66

AZM66MC-TS☐

98

AZM98MC-TS☐

98

AZM98MC-TS☐

PS Geared
Type

Single

46

AZM46AC-PS☐

AZD-♢D

Single

46

AZM46AC-PS☐

AZD-♢

66

AZM66AC-PS☐

66

AZM66AC-PS☐

98

AZM98AC-PS☐

98

AZM98AC-PS☐

Electromagnetic
Brake

46

AZM46MC-PS☐

Electromagnetic
Brake

46

AZM46MC-PS☐

66

AZM66MC-PS☐

66

AZM66MC-PS☐

98

AZM98MC-PS☐

98

AZM98MC-PS☐

HPG Geared Type
(Harmonic Planetary)

Single

46

AZM46AC-HP☐

AZD-♢D

Single

46

AZM46AC-HP☐

AZD-♢

AZM46AC-HP☐F

AZM46AC-HP☐F

66

AZM66AC-HP☐

66

AZM66AC-HP☐

AZM66AC-HP☐F

AZM66AC-HP☐F

98

AZM98AC-HP☐

98

AZM98AC-HP☐

AZM98AC-HP☐F

AZM98AC-HP☐F

Electromagnetic
Brake

46

AZM46MC-HP☐

Electromagnetic
Brake

46

AZM46MC-HP☐

AZM46MC-HP☐F

AZM46MC-HP☐F

66

AZM66MC-HP☐

66

AZM66MC-HP☐

AZM66MC-HP☐F

AZM66MC-HP☐F

98

AZM98MC-HP☐

98

AZM98MC-HP☐

AZM98MC-HP☐F

AZM98MC-HP☐F

Harmonic
Geared Type

Single

46

AZM46AC-HS☐

AZD-♢D

Single

46

AZM46AC-HS☐

AZD-♢

66

AZM66AC-HS☐

66

AZM66AC-HS☐

98

AZM98AC-HS☐

98

AZM98AC-HS☐

Electromagnetic
Brake

46

AZM46MC-HS☐

Electromagnetic
Brake

46

AZM46MC-HS☐

66

AZM66MC-HS☐

66

AZM66MC-HS☐

98

AZM98MC-HS☐

98

AZM98MC-HS☐

♢ = A (Single 100-120 VAC) / C (Single-Three 200-240VAC)

☐ = Gear Ratio

DC Input Type

 

Built-in Controller (Network)

Pulse Input

Gear

Rear

Size

Stepper Motor P/N

Driver P/N

Rear

Size

Stepper Motor P/N

Driver P/N

Round

Single

14

AZM14AK

AZD-KD

Single

14

AZM14AK

AZD-K

15

AZM15AK

15

AZM15AK

24

AZM24AK

24

AZM24AK

26

AZM26AK

26

AZM26AK

46

AZM46AK

46

AZM46AK

66

AZM66AK

66

AZM66AK

69

AZM69AK

69

AZM69AK

Electromagnetic
Brake

46

AZM46MK

Electromagnetic
Brake

46

AZM46MK

66

AZM66MK

66

AZM66MK

69

AZM69MK

69

AZM69MK

TS Geared
Type

Single

46

AZM46AK-TS☐

AZD-KD

Single

46

AZM46AK-TS☐

AZD-K

66

AZM66AK-TS☐

66

AZM66AK-TS☐

Electromagnetic
Brake

46

AZM46MK-TS☐

Electromagnetic
Brake

46

AZM46MK-TS☐

66

AZM66MK-TS☐

66

AZM66MK-TS☐

PS Geared
Type

Single

46

AZM46AK-PS☐

AZD-KD

Single

46

AZM46AK-PS☐

AZD-K

66

AZM66AK-PS☐

66

AZM66AK-PS☐

Electromagnetic
Brake

46

AZM46MK-PS☐

Electromagnetic
Brake

46

AZM46MK-PS☐

66

AZM66MK-PS☐

66

AZM66MK-PS☐

HPG Geared Type
(Harmonic Planetary)

Single

46

AZM46AK-HP☐

AZD-KD

Single

46

AZM46AK-HP☐

AZD-K

AZM46AK-HP☐F

AZM46AK-HP☐F

66

AZM66AK-HP☐

66

AZM66AK-HP☐

AZM66AK-HP☐F

AZM66AK-HP☐F

Electromagnetic
Brake

46

AZM46MK-HP☐

Electromagnetic
Brake

46

AZM46MK-HP☐

AZM46MK-HP☐F

AZM46MK-HP☐F

66

AZM66MK-HP☐

66

AZM66MK-HP☐

AZM66MK-HP☐F

AZM66MK-HP☐F

Harmonic
Geared Type

Single

46

AZM46AK-HS☐

AZD-KD

Single

46

AZM46AK-HS☐

AZD-K

66

AZM66AK-HS☐

66

AZM66AK-HS☐

Electromagnetic
Brake

46

AZM46MK-HS☐

Electromagnetic
Brake

46

AZM46MK-HS☐

66

AZM66MK-HS☐

66

AZM66MK-HS☐

☐ = Gear Ratio

AZM14AK AZM15AK AZM24AK AZM24AK-HS100 AZM24AK-HS50 AZM24AK-PS10 AZM24AK-PS7.2 AZM24AKW AZM24AKW-HS100 AZM24AKW-HS50 AZM26AK AZM26AKW AZM46A0C AZM46A0C / PLE40-10C / P00024 AZM46A0C / PLE40-20C / P00024 AZM46A0C / PLE40-40C / P00024 AZM46A0C / PLE40-5C / P00024 AZM46A0K AZM46A0K / PLE40-10C / P00024 AZM46A0K / PLE40-20C / P00024 AZM46A0K / PLE40-40C / P00024 AZM46A0K / PLE40-5C / P00024 AZM46AC AZM46AC-FC10DA AZM46AC-FC10UA AZM46AC-FC20DA AZM46AC-FC20UA AZM46AC-FC30DA AZM46AC-FC30UA AZM46AC-FC7.2DA AZM46AC-FC7.2UA AZM46AC-HP5 AZM46AC-HP5F AZM46AC-HP9 AZM46AC-HP9F AZM46AC-HS100 AZM46AC-HS50 AZM46AC-PS10 AZM46AC-PS25 AZM46AC-PS36 AZM46AC-PS5 AZM46AC-PS50 AZM46AC-PS7.2 AZM46AC-TS10 AZM46AC-TS20 AZM46AC-TS3.6 AZM46AC-TS30 AZM46AC-TS7.2 AZM46AK AZM46AK-FC10DA AZM46AK-FC10UA AZM46AK-FC20DA AZM46AK-FC20UA AZM46AK-FC30DA AZM46AK-FC30UA AZM46AK-FC7.2DA AZM46AK-FC7.2UA AZM46AK-HP5 AZM46AK-HP5F AZM46AK-HP9 AZM46AK-HP9F AZM46AK-HS100 AZM46AK-HS50 AZM46AK-PS10 AZM46AK-PS25 AZM46AK-PS36 AZM46AK-PS5 AZM46AK-PS50 AZM46AK-PS7.2 AZM46AK-TS10 AZM46AK-TS20 AZM46AK-TS3.6 AZM46AK-TS30 AZM46AK-TS7.2 AZM46AKW AZM46M0C AZM46M0C / PLE40-10C / P00024 AZM46M0C / PLE40-20C / P00024 AZM46M0C / PLE40-40C / P00024 AZM46M0C / PLE40-5C / P00024 AZM46M0K AZM46M0K / PLE40-10C / P00024 AZM46M0K / PLE40-20C / P00024 AZM46M0K / PLE40-40C / P00024 AZM46M0K / PLE40-5C / P00024 AZM46MC AZM46MC-FC10DA AZM46MC-FC10UA AZM46MC-FC20DA AZM46MC-FC20UA AZM46MC-FC30DA AZM46MC-FC30UA AZM46MC-FC7.2DA AZM46MC-FC7.2UA AZM46MC-HP5 AZM46MC-HP5F AZM46MC-HP9 AZM46MC-HP9F AZM46MC-HS100 AZM46MC-HS50 AZM46MC-PS10 AZM46MC-PS25 AZM46MC-PS36 AZM46MC-PS5 AZM46MC-PS50 AZM46MC-PS7.2 AZM46MC-TS10 AZM46MC-TS20 AZM46MC-TS3.6 AZM46MC-TS30 AZM46MC-TS7.2 AZM46MK AZM46MK-FC10DA AZM46MK-FC10UA AZM46MK-FC20DA AZM46MK-FC20UA AZM46MK-FC30DA AZM46MK-FC30UA AZM46MK-FC7.2DA AZM46MK-FC7.2UA AZM46MK-HP5 AZM46MK-HP5F AZM46MK-HP9 AZM46MK-HP9F AZM46MK-HS100 AZM46MK-HS50 AZM46MK-PS10 AZM46MK-PS25 AZM46MK-PS36 AZM46MK-PS5 AZM46MK-PS50 AZM46MK-PS7.2 AZM46MK-TS10 AZM46MK-TS20 AZM46MK-TS3.6 AZM46MK-TS30 AZM46MK-TS7.2 AZM46MKW AZM46MKW-HS100 AZM46MKW-HS50 AZM48A0C AZM48A0C / PLE40-10C / P00024 AZM48A0C / PLE40-20C / P00024 AZM48A0C / PLE40-40C / P00024 AZM48A0C / PLE40-5C / P00024 AZM48A0K AZM48A0K / PLE40-10C / P00024 AZM48A0K / PLE40-20C / P00024 AZM48A0K / PLE40-40C / P00024 AZM48A0K / PLE40-5C / P00024 AZM48A1C AZM48A1K AZM48AC AZM48AK AZM66A0C AZM66A0C / PLE60-10A / P00025 AZM66A0C / PLE60-20A / P00025 AZM66A0C / PLE60-40A / P00025 AZM66A0C / PLE60-5A / P00025 AZM66A0K AZM66A0K / PLE60-10A / P00025 AZM66A0K / PLE60-20A / P00025 AZM66A0K / PLE60-40A / P00025 AZM66A0K / PLE60-5A / P00025 AZM66A1C AZM66A1K AZM66AC AZM66AC-FC10DA AZM66AC-FC10UA AZM66AC-FC20DA AZM66AC-FC20UA AZM66AC-FC30DA AZM66AC-FC30UA AZM66AC-FC7.2DA AZM66AC-FC7.2UA AZM66AC-HP15 AZM66AC-HP15F AZM66AC-HP5 AZM66AC-HP5F AZM66AC-HS100 AZM66AC-HS50 AZM66AC-PS10 AZM66AC-PS25 AZM66AC-PS36 AZM66AC-PS5 AZM66AC-PS50 AZM66AC-PS7.2 AZM66AC-TS10 AZM66AC-TS20 AZM66AC-TS3.6 AZM66AC-TS30 AZM66AC-TS7.2 AZM66AK AZM66AK-FC10DA AZM66AK-FC10UA AZM66AK-FC20DA AZM66AK-FC20UA AZM66AK-FC30DA AZM66AK-FC30UA AZM66AK-FC7.2DA AZM66AK-FC7.2UA AZM66AK-HP15 AZM66AK-HP15F AZM66AK-HP5 AZM66AK-HP5F AZM66AK-HS100 AZM66AK-HS50 AZM66AK-PS10 AZM66AK-PS25 AZM66AK-PS36 AZM66AK-PS5 AZM66AK-PS50 AZM66AK-PS7.2 AZM66AK-TS10 AZM66AK-TS20 AZM66AK-TS3.6 AZM66AK-TS30 AZM66AK-TS7.2 AZM66M0C AZM66M0C / PLE60-10A / P00025 AZM66M0C / PLE60-20A / P00025 AZM66M0C / PLE60-40A / P00025 AZM66M0C / PLE60-5A / P00025 AZM66M0K AZM66M0K / PLE60-10A / P00025 AZM66M0K / PLE60-20A / P00025 AZM66M0K / PLE60-40A / P00025 AZM66M0K / PLE60-5A / P00025 AZM66M1C AZM66M1K AZM66MC AZM66MC-FC10DA AZM66MC-FC10UA AZM66MC-FC20DA AZM66MC-FC20UA AZM66MC-FC30DA AZM66MC-FC30UA AZM66MC-FC7.2DA AZM66MC-FC7.2UA AZM66MC-HP15 AZM66MC-HP15F AZM66MC-HP5 AZM66MC-HP5F AZM66MC-HS100 AZM66MC-HS50 AZM66MC-PS10 AZM66MC-PS25 AZM66MC-PS36 AZM66MC-PS5 AZM66MC-PS50 AZM66MC-PS7.2 AZM66MC-TS10 AZM66MC-TS20 AZM66MC-TS3.6 AZM66MC-TS30 AZM66MC-TS7.2 AZM66MK AZM66MK-FC10DA AZM66MK-FC10UA AZM66MK-FC20DA AZM66MK-FC20UA AZM66MK-FC30DA AZM66MK-FC30UA AZM66MK-FC7.2DA AZM66MK-FC7.2UA AZM66MK-HP15 AZM66MK-HP15F AZM66MK-HP5 AZM66MK-HP5F AZM66MK-HS100 AZM66MK-HS50 AZM66MK-PS10 AZM66MK-PS25 AZM66MK-PS36 AZM66MK-PS5 AZM66MK-PS50 AZM66MK-PS7.2 AZM66MK-TS10 AZM66MK-TS20 AZM66MK-TS3.6 AZM66MK-TS30 AZM66MK-TS7.2 AZM69A0C AZM69A0C / PLE60-10A / P00025 AZM69A0C / PLE60-20A / P00025 AZM69A0C / PLE60-40A / P00025 AZM69A0C / PLE60-5A / P00025 AZM69A0K AZM69A0K / PLE60-10A / P00025 AZM69A0K / PLE60-20A / P00025 AZM69A0K / PLE60-40A / P00025 AZM69A0K / PLE60-5A / P00025 AZM69A1C AZM69A1K AZM69AC AZM69AK AZM69M0C AZM69M0C / PLE60-10A / P00025 AZM69M0C / PLE60-20A / P00025 AZM69M0C / PLE60-40A / P00025 AZM69M0C / PLE60-5A / P00025 AZM69M0K AZM69M0K / PLE60-10A / P00025 AZM69M0K / PLE60-20A / P00025 AZM69M0K / PLE60-40A / P00025 AZM69M0K / PLE60-5A / P00025 AZM69M1C AZM69M1K AZM69MC AZM69MK AZM911A0C AZM911A0C / PLE080-10A / P00026 AZM911A0C / PLE080-20A / P00026 AZM911A0C / PLE080-40A / P00026 AZM911A0C / PLE080-5A / P00026 AZM911A1C AZM911AC AZM98A0C AZM98A0C / PLE080-10A / P00026 AZM98A0C / PLE080-20A / P00026 AZM98A0C / PLE080-40A / P00026 AZM98A0C / PLE080-5A / P00026 AZM98A1C AZM98AC AZM98AC-HP15 AZM98AC-HP15F AZM98AC-HP5 AZM98AC-HP5F AZM98AC-HS100 AZM98AC-HS50 AZM98AC-PS10 AZM98AC-PS25 AZM98AC-PS36 AZM98AC-PS5 AZM98AC-PS50 AZM98AC-PS7.2 AZM98AC-TS10 AZM98AC-TS20 AZM98AC-TS3.6 AZM98AC-TS30 AZM98AC-TS7.2 AZM98M0C AZM98M0C / PLE080-10A / P00026 AZM98M0C / PLE080-20A / P00026 AZM98M0C / PLE080-40A / P00026 AZM98M0C / PLE080-5A / P00026 AZM98M1C AZM98MC AZM98MC-HP15 AZM98MC-HP15F AZM98MC-HP5 AZM98MC-HP5F AZM98MC-HS100 AZM98MC-HS50 AZM98MC-PS10 AZM98MC-PS25 AZM98MC-PS36 AZM98MC-PS5 AZM98MC-PS50 AZM98MC-PS7.2 AZM98MC-TS10 AZM98MC-TS20 AZM98MC-TS3.6 AZM98MC-TS30 AZM98MC-TS7.2

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