1FK7061-4CF71-1PB0

Siemens SIMOTICS S synchronous motor 1FK7061-4CF71-1PB0 with 1.7 kW optimum power, 3,000 rpm speed, Resolver R14DQ, and rotatable M23 connectors. Request a model-specific quote.

Product Code
1FK7061-4CF71-1PB0
Weight
9.9 kg
Lifecycle
Active Product
Availability
in stock
Lead Time
Confirmed with quotation
Product Attachment
Download Datasheet
Request Current Quote

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

Product Overview

Technical Summary

Parameter Value
Optimum power 1.7 kW
Rated speed (100 K) 3,000 rpm
Rated torque (100 K) 5.4 Nm
Maximum permissible speed 7,500 rpm
Maximum torque 17.3 Nm
Rated current 5.3 A
Encoder system Resolver R14DQ: resolver 14 bits (resolution 16384, internal 2-pole)
Mounting design IM B5 (IM V1, IM V3)
Electrical connectors M23 connectors for signals and power rotatable
Degree of protection IP64
Holding torque 13.0 Nm
Power supply voltage DC 24 V ± 10 %

Key Features

  1. Motor performance: Optimum power: 1.7 kW; rated speed (100 K): 3,000 rpm; rated torque (100 K): 5.4 Nm.
  2. Synchronous motor design: Permanent-magnet synchronous motor with High Dynamic motor type and 6 poles.
  3. Encoder system: Resolver R14DQ: resolver 14 bits with resolution 16384 and internal 2-pole design.
  4. Mounting and connection: Design acc. to Code I: IM B5 (IM V1, IM V3); M23 electrical connectors for signals and power are rotatable.
  5. Cooling and protection: Natural cooling and IP64 degree of protection.
  6. Holding brake: Permanent-magnet brake with 13.0 Nm holding torque and DC 24 V ± 10 % power supply voltage.

Frequently Asked Questions

1. What type of motor is the 1FK7061-4CF71-1PB0?

It is a permanent-magnet synchronous motor with High Dynamic motor type and 6 poles.

2. What speed and power does the motor have?

Optimum speed is 3,000 rpm and optimum power is 1.7 kW. The maximum permissible speed is 7,500 rpm.

3. Which encoder system is installed?

It has a Resolver R14DQ system with 14-bit resolution, resolution 16384, and an internal 2-pole design.

4. How is the motor mounted and connected?

The design is IM B5 (IM V1, IM V3). It has rotatable M23 connectors for signals and power.

5. What holding-brake configuration does it have?

It has a permanent-magnet brake with 13.0 Nm holding torque and DC 24 V ± 10 % power supply voltage.

Send Inquiry