GST : 29AAFCN0849Q2ZP

Indexing Motors

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Indexing Motors Specification

Standard
IS & IEC Certified

Starting Type
Direct On Line (DOL)

Features
Low Maintenance, Energy Efficient, Compact Design

Torque
1.3 - 30 Nm

Sealed Type
Totally Enclosed

Noise Level
<65 dB

Rated Voltage
230 V / 400 V

Cooling Method
Fan Cooled

Pressure
Atmospheric

Voltage
220/415 V

Power Rating
0.18 kW up to 5 kW

Ambient Temperature
-10C to +50C

Bearing Type
Ball Bearing

Current Type
AC

Horse Power
0.5 - 5 HP

Motor Type
Synchronous Motor

Poles Number
4 Poles

Efficacy
High Efficiency

Rated Frequency
50 Hz

Product Type
Indexing Motor

Output Power
0.25 - 5 HP

Frequency (MHz)
50/60 Hz

Protect Feature
Overload Protection

Phase
Single & Three Phase

Speed
1440 RPM

Power
0.18 kW - 3.7 kW

Color
Blue / Grey

Dimension (L*W*H)
300 x 180 x 220 mm (approx.)

Weight
12 - 40 kg

Shaft Diameter
14 mm / 19 mm

Mounting Type
Foot / Flange Mount

IP Rating
IP55

Humidity Tolerance
95% RH

Drive Type
Direct / Belt Drive

Insulation Class
Class F

Application
Assembly, Packaging, Automation Machinery

Control System
Manual & Automatic

Operational Life
25,000 Hours

Lubrication
Grease Lubricated

Duty Cycle
S1 Continuous

Vibration Level
Low

Rotation
Clockwise & Counterclockwise

Temperature Rise
As per IS: 325

Connection Type
Terminal Box

Service Factor
1.15

Paint Type
Powder Coated

Frame Material
Cast Iron / Aluminium

About Indexing Motors


Hydraulic rotary positioner
Hydraulic type unique high torque, high speed indexing, space saving possible
Since positioning is performed while decelerating with a built-in mechanical valve, shock is reduced and smooth indexing
Indexing accuracy is 0.1 on the output shaft and positioning is possible even with EIS alone
* Combined with a speed reducer, higher precision indexing is also possible.

Motor
Specifications Rated Pressure 7.0 MPa Rated Flow Rate 20 L / min Allowable Back Pressure 0.98 MPa Number of Indexes 1 2 3
Repetition Indexing Accuracy 0.1 or less Solenoid Valve Voltage AC 100 V 50/60 Hz
Operating Oil ISO VG 32 ~ 56 equivalent Recommended oil temperature 0 ~ 50
Specification / model	EIS-07			EIS-100			EIS-120			EIS-160			EIS-170			EIS-190			EIS-240			EIS-280			EIS-380
Motor capacity (cm 3 / rev)	71			98			118			162			171			188			235			282			376
Maximum load (N m 2 )	Ten			20			30			45			50			60			75			95			135
Number of indexes (P / rev)	1	2	3	1	2	3	1	2	3	1	2	3	1	2	3	1	2	3	1	2	3	1	2	3	1	2	3
Standard speed (min -1 )	130		90	130		100	120		70	110		80	100		70	100		60	80		50	70		40	50		30
Required oil number ( / min)	Ten		7	14		11	16		9	20		14	19		13	20		13	20		13	twenty one		13	twenty one		13
Solenoid valve specification (direction switching valve, pilot valve)
Rated voltage	AC 100 V / 50, 60 Hz
Voltage	90 to 110 V / 50 Hz, 90 to 120 V / 60 Hz

Engineered for Industrial Reliability

These indexing motors offer dependable, continuous performance for demanding applications such as assembly and automation. Each motor features class F insulation for enhanced thermal endurance and a service factor of 1.15, ensuring longevity. The IP55 enclosure protects against dust and water ingress, perfect for harsh environments. Their robust construction, using either cast iron or aluminium, further contributes to durability.

Flexible Mounting, Efficient Cooling

Available in both foot-mount and flange-mount designs, these motors adapt to a variety of equipment setups. The integrated fan-cooling system maintains optimal operating temperatures, supporting continuous loads without overheating. With a compact form and low maintenance requirements, these motors fit seamlessly into diverse industrial lines while minimizing downtime.

High Safety and Efficiency Standards

All models come equipped with overload protection and comply with IS and IEC certifications, reinforcing safety and operational integrity. Low vibration and noise levels maintain a comfortable work environment, and advanced powder coating adds an extra layer of surface protection. These features ensure long, energy-efficient operation with low total cost of ownership.

FAQs of Indexing Motors:

Q: How is the insulation class F beneficial for these indexing motors?

A: Insulation class F offers high thermal endurance, allowing these motors to withstand greater temperature rises without performance degradation. This enhances operational lifespan and reliability, especially in demanding industrial environments where heat buildup is common.

Q: What applications are these indexing motors ideally suited for?

A: These motors are well-suited for assembly lines, packaging equipment, and various automation machinery. Their durability, energy efficiency, and adaptability to different control systems (manual or automatic) make them ideal for continuous or heavy-duty industrial use.

Q: When should the motors be serviced to achieve optimal operational life?

A: Regular maintenance, such as grease lubrication of ball bearings and periodic inspection for dust and moisture ingress, should be performed in accordance with the manufacturers guidelines, typically every 3,0005,000 running hours. This ensures the motors reach their operational life of up to 25,000 hours.

Q: Where can these motors be installed, considering their environmental tolerance?

A: With an ambient temperature range of -10C to +50C and humidity tolerance up to 95% RH, these motors can be installed in a variety of industrial environmentsboth indoor and outdoorunder atmospheric pressure. The IP55 rating makes them resilient to dust and water exposure.

Q: What is the process for connecting these motors to a control system?

A: Motors are equipped with a terminal box for secure and straightforward wiring, compatible with both single-phase (230V) and three-phase (400V) AC power supplies. They can be integrated into manual switch systems or automated control panels, supporting versatile industrial setups.

Q: How do users benefit from the direct or belt drive compatibility?

A: The ability to use either direct or belt drive systems allows for greater flexibility in integrating the motors with different load types and mechanical configurations. This adaptability optimizes power transmission, reduces wear, and enhances efficiency across varied machinery.