Main Page
Products
Wheel flange lubrication for crane wheels (WFL CW)

«Strike due to wear of the handling machine wheels»

Create Order

Wheel flange lubrication is a mechanical construction that provides a compression of a solid lubricating element with a relatively constant force, regulated by springs of bigger or lesser rigidity to the flange. The design of the wheel flange lubrication ensures the absence of metal moving parts (pusher) contact during the wear of the solid lubricating element due to the movement limiter of the pusher located at the end of the cable. It is also possible to monitor the wear of the lubricating element along the length of the loose part of the cable. Functional testing of the wheel flange lubrication is carried out when the spring-loaded pusher is mechanically moved outbound from the wheel flange lubrication.

Feeding device of the WFL CW element (TR 28.99.39-002-82097615-2018):

Item number	Trade mark	Assignment	Size L/Ø, mm.	Weight, kg.
1.	WFL WS-1	For flanges with a flange height of more than 20 mm. and the distance from the inner edge to the protruding parts of the building (gallery) is more than 500 mm.	395/42	2,0
2.	WFL WS-2	For rigging wheels with a rigging height of more than 20 mm and a distance from the inner rigging to the protruding parts of the building (gallery) from 350-500 mm (recommended for crane wheels up to 710Ø)	295/42	1,5
3.	WFL WS-3	For flanges with a flange height of less than 20 mm. and the distance from the inner edge to the protruding parts of the building (gallery) is more than 360 mm. (recommended for crane wheels and truck wheels)	305/33	0,75
4.	WFL WS-4	For flanges with a flange height of more than 20 mm. and the distance from the inner edge to the protruding parts of the building (gallery), cable suspension, etc. more than 260 mm. (recommended for crane wheels and truck wheels)	200/42	1,4
5.	WFL WS-5	For flanges with a flange height of less than 25 mm. and the distance from the inner edge to the protruding parts of the building (gallery) is more than 500 mm. (recommended for crane wheels over 710Ø)	395/50	2,2
6.	WFL WS-6	For flanges with a flange height of more than 25 mm. and the distance from the inner edge to the protruding parts of the building (gallery), from 350-500 mm. (recommended for crane wheels and wheels over 710Ø)	295/50	1,7

1. WFL WS-1

For flanges with a flange height of more than 20 mm. and the distance from the inner edge to the protruding parts of the building (gallery) is more than 500 mm.

Size L/Ø, mm

395/42

Weight, kg.

2,0

2. WFL WS-2

For rigging wheels with a rigging height of more than 20 mm and a distance from the inner rigging to the protruding parts of the building (gallery) from 350-500 mm (recommended for crane wheels up to 710Ø)

Size L/Ø, mm

295/42

Weight, kg.

1,5

3. WFL WS-3

For flanges with a flange height of less than 20 mm. and the distance from the inner edge to the protruding parts of the building (gallery) is more than 360 mm. (recommended for crane wheels and truck wheels)

Size L/Ø, mm

305/33

Weight, kg.

0,75

4. WFL WS-4

For flanges with a flange height of more than 20 mm. and the distance from the inner edge to the protruding parts of the building (gallery), cable suspension, etc. more than 260 mm. (recommended for crane wheels and truck wheels)

Size L/Ø, mm

200/42

Weight, kg.

1,4

5. WFL WS-5

For flanges with a flange height of less than 25 mm. and the distance from the inner edge to the protruding parts of the building (gallery) is more than 500 mm. (recommended for crane wheels over 710Ø)

Size L/Ø, mm

395/50

Weight, kg.

2,2

6. WFL WS-6

For flanges with a flange height of more than 25 mm. and the distance from the inner edge to the protruding parts of the building (gallery), from 350-500 mm. (recommended for crane wheels and wheels over 710Ø)

Size L/Ø, mm

295/50

Weight, kg.

1,7

Efficiency calculator of the lubrication system for crane wheels (cost-to-investment balance):

Number of wheels to be replaced pcs per year

Wheel diameter

Ø 500 Ø 710 Ø 900

Enter the number of years to calculate the economic efficiency in the period

Calculate

Calculator of lubricant consumption and flange wear:

Period	1 (idle) inner flange	1 (idle) outer flange	2 (drive) inner flange	2 (drive) inner flange	3 (idle) inner flange	3 (idle) outer flange	4 (drive) inner flange	4 (drive) outer flange	Average monthly flange wear mm / period
Original dimensions on the day of installation



Quarter, average wear mm / period

Graph of monthly flange wear mm / period

We offer you to watch the tutorial of the wheel flange lubrications installation

Download and fill in the Measurement Form

Send the completed measurement form to: fakel343@mail.ru

Get a response commercial offer and start a cooperation

Or fill in the measurement form on the website and send it to us

Measurement form

Customer

General description

Operating temperature

Load capacity (tons)

Number of driving wheels

Number of idle wheels

Measurements

Wheel size

B1 — Minimum distance from the frame to the columns pos.1 (up to the railings of the side galleries)

B2 — Minimum distance from the frame to the columns pos.1 (up to the railings of the side galleries)

Г1 — The minimum distance from the outer flange (pos.2) to the columns (to the railings of the side galleries)

Г2 — The minimum distance from the outer flange (pos.2) to the columns (to the railings of the side galleries)

Д – wheel width

E — distance from the flange to the dimension of the bridge end girder (pos.3)

Ж — free distance to the side buffer stops

И — height of the crane wheel flange

Total

Selecting the type of WFL CW for the crane

Recommended rod size

Brand of the lubricating element

By clicking on Submit, you agree to Privacy Policy