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1PH8165-1HG13-2GC1

Siemens 1PH8165-1HG13-2GC1 SIMOTICS M compact asynchronous motor with 41 kW, 196 Nm, HTL 1024 S/R Encoder, KTY84-130 sensor, IP55 protection and forced ventilation. Request a model-specific quote.

Product Code
1PH8165-1HG13-2GC1
Weight
230 kg
Lifecycle
Product cancellation
Availability
in stock
Lead Time
Confirmed with quotation
Request Current Quote

Current status: in stock. Price, condition, lead time and warranty are confirmed in the quotation.

Product Overview

Technical Summary

Parameter Value
Product type SIMOTICS M compact asynchronous motor
Motor data 2000 r/min: 41 kW, 196 Nm, 88 A, 350 V; 2300 r/min: 44 kW, 183 Nm, 85 A, 394 V; 2650 r/min: 50 kW, 180 Nm, 85 A, 440 V; 2800 r/min: 50 kW, 171 Nm, 81 A, 483 V
Encoder HTL 1024 S/R Encoder
Temperature sensor KTY84-130
Cooling Forced ventilation; air-flow direction NDE–> DE
Protection IP55 degree of protection INCREMENT
Mounting design IM B35, IM V15, IM V35
Terminal box Above; cable entry on the ND-end
Signal connection Left
Shaft Fitted key; half-key balancing
Shaft and flange accuracy R

Key Features

  1. Motor performance options: 2000 r/min: 41 kW, 196 Nm, 88 A, 350 V; 2300 r/min: 44 kW, 183 Nm, 85 A, 394 V; 2650 r/min: 50 kW, 180 Nm, 85 A, 440 V; 2800 r/min: 50 kW, 171 Nm, 81 A, 483 V.
  2. Encoder and temperature sensor: HTL 1024 S/R Encoder with KTY84-130 temperature sensor.
  3. Cooling and protection: Forced ventilation with air-flow direction NDE–> DE and IP55 degree of protection INCREMENT.
  4. Mechanical design: Design IM B35, with IM V15 and IM V35 listed; shaft with fitted key and half-key balancing.
  5. Mounting and connections: Terminal box above, cable entry on the ND-end, and signal connection left.
  6. Shaft, flange and bearing: Shaft and flange accuracy R; standard bearing with vibration severity grade R/A.

Frequently Asked Questions

1. What motor data is available for Siemens 1PH8165-1HG13-2GC1?

The listed data is 41 kW at 2000 r/min, 44 kW at 2300 r/min, 50 kW at 2650 r/min, and 50 kW at 2800 r/min, with the corresponding torque, current, and voltage values shown in the motor performance options.

2. Which feedback and temperature-sensing components does this motor have?

It has an HTL 1024 S/R Encoder and a KTY84-130 temperature sensor.

3. What cooling and protection details should be verified?

The motor has forced ventilation, air-flow direction NDE–> DE, and IP55 degree of protection INCREMENT.

4. How is the motor mechanically configured?

It has IM B35 design, with IM V15 and IM V35 listed, a shaft with fitted key, half-key balancing, standard bearing, and shaft and flange accuracy R.

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