K32HCHL-LNK-NS-01

No Tariffs On US Orders
  • Straightforward Pricing: No Rush Fees, No Credit Card Fees
Ask for Availability

Preparing your secure checkout page...

The K32HCHL-LNK-NS-01, part of Pacific Scientific's K PowerPac Motors series, features a NEMA 34 frame type and heavy-duty NEMA mounting. It has a holding torque of 10.8 Nm and operates at a temperature range of -20°C to +40°C. The motor provides IP65 sealing and meets UL and CE agency ratings.

Quote Request Form:

Warranty
Wake Industrial Warranty
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 K32HCHL-LNK-NS-01 is an effective motor unit built with SIGMAX construction. This has a more sophisticated design that gives improved magnetic efficiency and torque density. This improved build enables the motor to give robust performance in a compact package.

The SIGMAX enhancement also reduces losses and give better thermal behavior under load. The motor features a 3.38-inch frame size and NEMA 34 compliance, making it compatible with standard mechanical assemblies and mounts. Its NEMA 34 frame enables simple integration into a broad range of existing equipment configurations. The mounting NEMA increases its life. Having 340 V, this motor gives stable voltage. It supports high-demand positioning or drive function. The voltage rating enables efficient current flow. It ensures regulated performance through extended cycles or rapid transition. This enables the K32HCHL-LNK-NS-01 to be most suitable for implementation on precision machinery, automated lines, and other systems where reliable drive function is of the essence. All aspects of this motor point towards robustness, precision, and ease of integration. The SIGMAX construction offers a performance benefit, while the NEMA-compliant frame size enables compatibility with a broad range of applications. Its mounting ensures that it is also most suitable for industrial tasks. The operational voltage gives stable performance under varying conditions. It has better mechanical standards with simple internal architecture to address more stringent needs.

The K32HCHL-LNK-NS-01 is made for rugged operation. It is capable of supporting complex machinery with stable torque and electrical integrity. Its robust construction, high voltage, and solid mount design establish it as a trusted solution for advanced motion systems. Wherever you mount it in dynamic automation or stationary-load applications, this motor delivers consistent, effective performance through heavy-duty construction and smart electrical design.

Connection Style
System MS connector
Construction Type
SIGMAX construction (Enhanced)
Frame Dimensions
3.38 in. square frame
Frame Type
NEMA 34
Holding Torque
10.8 Nm
Insulation Resistance
100 Megohms
Insulation Voltage Rating
340 Vdc
Leadwire Configuration
4 lead parallel
Mounting Type
Heavy duty NEMA
Operating Temperature
-20b0C to +40b0C
Rotor Design
Laminated
Shaft Feature
Straight key
Shaft Seal
with shaft seal
Step Accuracy
b11.5%
Step Angle
1.8b0
  • K32-HCHL-LNK-NS-01
  • K32HCHL LNK NS 01
  • K32HCHL-LNK-NS-O1
  • K32HCHLLNKNS01

Frequently Asked Questions about K32HCHL-LNK-NS-01:

Q: What rotor design is used in model K32HCHL-LNK-NS-01?

A: The K32HCHL-LNK-NS-01 uses a laminated rotor design.

Q: What construction type is featured in K32HCHL-LNK-NS-01?

A: The K32HCHL-LNK-NS-01 uses SIGMAX enhanced construction.

Q: What is the insulation resistance of K32HCHL-LNK-NS-01?

A: The K32HCHL-LNK-NS-01 has 100 Megohms insulation resistance.

Q: What is the insulation voltage rating of K32HCHL-LNK-NS-01?

A: The K32HCHL-LNK-NS-01 is rated at 340 Vdc.

Q: What is the operating temperature for K32HCHL-LNK-NS-01?

A: The K32HCHL-LNK-NS-01 operates from -20°C to +40°C.


Internal Product Review

  • ‘‘The K32HCHL-LNK-NS-01 runs consistently under heavy workloads. Vibration levels are low. Motion control remains responsive. Setup fits easily within dense machine frames. Build holds firm through long sessions. Input tracking is reliable. Even as external demands shift, positioning holds. No irregularities appear during ongoing cycles. Unit stability supports accurate outputs.’’

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