
HEM110 Worm Gear Reducer
Summary: HEM110 Body Worm Gear Reducer High Torque, Strong Housing, Heavy-Duty Solution HEM110 body worm gear reducers are powerful reducer models used in medium- and heavy-duty industrial machinery.…
HEM110 Body Worm Gear Reducer
High Torque, Strong Housing, Heavy-Duty Solution
HEM110 body worm gear reducers are powerful reducer models used in medium- and heavy-duty industrial machinery. Providing higher torque transmission than the HEM90 body, HEM110 reducers are suitable for coupled operation with larger electric motors.
It reduces the high speed of the electric motor to deliver lower speed and higher torque at the output. This provides more controlled, more powerful and more balanced operation in machinery.
The reduction ratios commonly used in HEM110 body worm gear reducers are generally as follows:
1/7.5 – 1/10 – 1/15 – 1/20 – 1/25 – 1/30 – 1/40 – 1/50 – 1/60 – 1/80 – 1/100
When used with a standard 1400–1500 rpm electric motor, the approximate output speeds are:
Reduction Ratio | Approx. Output Speed
1/7.5 | 190–200 rpm
1/10 | 140–150 rpm
1/15 | 90–100 rpm
1/20 | 70–75 rpm
1/25 | 55–60 rpm
1/30 | 45–50 rpm
1/40 | 35–38 rpm
1/50 | 28–30 rpm
1/60 | 23–25 rpm
1/80 | 17–19 rpm
1/100 | 14–15 rpm
Thanks to these speed options, HEM110 reducers are preferred in industrial systems that require low speed, high torque and controlled motion.
HEM110 body worm gear reducers are suitable for coupled operation with medium- and high-power electric motors.
Motor Power | Application
2.2 kW | Medium and heavy load applications
3 kW | Conveyor, auger and mixer systems
4 kW | Machines requiring strong torque
5.5 kW | Heavy-duty applications
7.5 kW | Systems requiring high torque and powerful operation
For the connection type, B5 flange or B14 flange electric motors are generally preferred. When selecting the motor body and reducer connection, the reduction ratio, output torque and operating conditions should be evaluated together.
HEM110 body worm gear reducers are preferred in many industrial fields that require high torque and powerful motion.
HEM110 reducers provide an advantage especially in applications that require high torque, low speed, quiet operation and a durable housing structure .
Thanks to the worm gear structure, HEM110 body reducers offer the advantage of quiet and balanced operation. While reducing the motor speed, they increase the output torque and enable the machine to move in a more controlled manner.
Thanks to their low-vibration operating structure, they contribute to a longer service life of the machine equipment. This feature provides an important advantage especially in continuously operating conveyors, augers, mixers and production lines.
HEM110 body worm gear reducers are suitable for demanding industrial operating conditions thanks to their robust housing structure. Thanks to their compact design, they provide high torque transmission without taking up much space on the machine.
Thanks to their structure suitable for different mounting positions, they can be used in applications requiring horizontal, vertical or angled connection. With their motor connection flange, output shaft and housing connection options, they can be easily integrated into many machine designs.
As HEM MOTOR, we offer worm gear reducer solutions compatible with electric motors. HEM110 body worm gear reducers are one of the ideal solutions for heavy-duty industrial machinery with their high torque capacity, strong housing structure, low speed options and easy motor connection.
HEM110 body reducers can be used together with 2.2 kW, 3 kW, 4 kW, 5.5 kW and 7.5 kW electric motors.
HEM MOTOR — A Reliable Supplier in Motor and Reducer Solutions
Quick Access:
+90 (532) 345 49 86
www.Hemmotor.com
2026 Technical and Product Catalog
Power, speed, current, efficiency and torque tables for the IE3 · IE4 · IE5 series, plus B3 / B5 / B35 frame dimensions — 32 pages in one PDF.
Sale Probability
57/100 · average
QR code for this listing
Scan with your phone camera to open the listing.
Send this listing to a friend
Report this listing
Questions & Answers
No questions yet — be the first to ask.























