Product range
Stationery
Computers & accessories
Professional Tools
Electronics
Office & warehouse equipment
Occupational safety
Industrial
Medical, therapy, laboratory supplies
Building services engineering
Shipping, packaging
Hotel & catering supplies
Cleaning
Other categories
United Kingdom
English
Deutschland
Deutsch
English
Österreich
Deutsch
English
Nederland
Nederlands
English
Italia
Italiano
English
France
Français
English
España
Español
English
United Kingdom
English
Ireland
English
Polska
Polski
English
Magyarország
Magyar
English
Schweiz
Deutsch
Français
Italiano
English
België
Nederlands
Français
Deutsch
English
My Mercateo
Sign in / Register
Log in
New customer?
Register now
>
Profile
Order archive
Shopping lists
Purchase order requests
Basket
Start page
>
Electronics
>
Automation technology
>
Drive technology
>
Motors, gears
>
Synchronous motors
>
Item
Siemens 1FL6042-1AF61-2AH1 electric motor
Quantity:
piece
Product information
Item number:
CIEN7-65277359
Manufacturer:
Siemens
Manufacturer no.:
1FL6042-1AF61-2AH1
EAN/GTIN:
n/a
Search terms:
AC-motor
AC-motors
AC motor
AC motors
SIMOTICS S-1FL6 Operating voltage 3AC 400 V Pn=0.4 kW; Nn=3000 rpm M0=1.9 Nm; MN=1.27 Nm Shaft height 45 mm, with angle plug; incremental encoder 2500 incr./rev. plain shaft Tolerance N with holding brake Degree of protection IP65 with sealing ring compatible with the converters SINAMICS V70 & V90
More information:
Weight & dimensions
Weight
4800 g
Features
Product type
Alternating Current (AC) motor
... >
Electrical Equipment & Supplies
>
Power Conditioning
>
Electric Motors
Other search terms:
Servo motors
,
Synchronous motors
,
servo motors
An overview of the conditions
1
Delivery period
Stock level
Price
£ 546.48*
Select conditions yourself
Share item
Add item to shopping list
* Prices with asterisk are net prices excl. statutory VAT.
Our offer is only aimed at companies, public institutions and freelancers.
About us
Support
Press
Careers
General Terms and Conditions
Imprint
Privacy
Sustainability
Privacy Settings
Accessibility Statement