103F7851-80HXL4

    In-Stock, Ships in 3 Days

Preparing your secure checkout page...

The 103F7851-80HXL4 is part of Sanyo Denki's StepSyn Stepping Motors and operates at a DC 24V source voltage with an operating current of 1.5A per phase. Manufactured for precision, it supports harmonic gears and offers full or half-step rotational configurations. Its rotor inertia is 0.0144 kgxm^2.

Warranty
Wake Industrial Warranty

Quote Request Form:

To contact sales for pricing and lead time:

Payment Methods

Visa
Mastercard
AmEx
Wire Transfer

Shipping Methods

DHL
UPS
FedEx
Freight

Our Credentials

Cary Chamber
DUNS Registered
SAM Registered
BBB Accredited

Product Description:

The Sanyo Denki StepSyn 103F7851-80HXL4 stepping motor functions as a highly advanced motion control solution developed for applications that require precise motion control. The motor runs on a 24V DC electricity supply that maintains 1.5A current consumption per phase to deliver steady operation. The allowable torque and instantaneous torque of 43x10?? kgxm^2 (235.10 ozxin^2) demonstrate high mechanical stability during static and dynamic operations. The combination of these specifications and 0.0144 kgxm^2 rotor inertia makes this device appropriate for applications that need precise acceleration control and position accuracy.

The motor incorporates dual full-step and half-step designs, which allow users to choose various motion control methods based on their application needs. Both harmonic gear support and variable deceleration systems improve adaptability. The harmonic gear support system in 103F7851-80HXL4 enhances system efficiency by providing better adaptability for high-precision load applications. Deceleration options integrated into the motor allow users to make specific adjustments according to their system configurations. The standardized weight makes this unit easy to integrate into various systems while maintaining stability. It incorporates a standardized thrust load capacity, which maintains system durability when operating with high loads.

The motor functions as a key component for robotics and CNC machinery because it provides smooth operations alongside precision and reliability. The Sanyo Denki 103F7851-80HXL4 StepSyn stepping motor provides exceptional reliability for high-precision motion control purposes. A single full revolution can be divided into several significantly fewer rotations with this stepper motor. A driver is used to control stepper motors by sending pulses to the motor that allow it to rotate. This stepping motor features low inertia and a rotor made up of a permanent magnet.

Allowable Thrust Load
Standardized
Allowable Torque
43x10?? kgxm^2 [235.10 ozxin^2]
Basic Step Angle
Defined with rotation range
Deceleration Options
Varies with system configuration
Dimensions
Unit specifics (e.g. 103.8 mm height, nominal width)
Harmonic Gear Support
Yes
Instantaneous Allowable Torque
43x10?? kgxm^2 [235.10 ozxin^2]
Mass (weight)
Measured in kg or lbs
Number Of Rotations
Full-step or Half-step configurations
Operating Current
1.5A/phase
Rotor Inertia
0.0144 kgxm^2
Source Current (tl Max)
Specified
Source Voltage
DC 24V

Frequently Asked Questions about 103F7851-80HXL4:

Q: What is the voltage rating of this 103F7851-80HXL4 motor?

A: The voltage rating of this 103F7851-80HXL4 motor is 24 VDC.

Q: What is the operating current of this 103F7851-80HXL4 motor?

A: The operating current of this 103F7851-80HXL4 motor is 1.5A/phase.

Q: What is the instantaneous allowable torque of this 103F7851-80HXL4 motor?

A: The instantaneous allowable torque of this 103F7851-80HXL4 motor is 43x10?? kgxm^2 [235.10 ozxin^2].

Q: What is the rotor inertia of this 103F7851-80HXL4 motor?

A: The rotor inertia of this 103F7851-80HXL4 motor is 0.0144 kgxm^2.

Q: Who is the manufacturer of this 103F7851-80HXL4 motor?

A: The manufacturer of this 103F7851-80HXL4 motor is Sanyo Denki.


Internal Product Review

  • ‘‘The 103F7851-80HXL4 stepping motor offers a precise solution for applications requiring reliable torque and low inertia, operating efficiently at 24V DC with 1.5A per phase for enhanced performance and stability in stepper configurations.’’

Motion Industries logo
3M logo
IBM logo
Gexpro Logo
Caterpillar logo
NASA logo
Ford logo
Vallen logo