Inch Size, Nylon Plastic
Fixed Clamping Levers

Threaded Stud Type, with Steel Components
WN 400


RoHS Compliant

 

This line drawing is movable on the page...just click and drag!

Specification
Handle: Glass fiber reinforced thermoplastic with
molded-in stainless steel inlay
Stud type insert and screw: Steel, black oxide finish
Bushing: Stainless steel
Gray levers now available from stock. To order gray color, substitute "G" for "K" in part number

TO ORDER A PART NUMBER IN A COLOR OTHER THAN BLACK:
Replace "K" with letter listed in Specification for color of choice.
Example of part number for Gray lever: 1T20FL1G
 
Call our sales staff for pricing and delivery on your special modification requirements.
Shipping
 

Information
Non-adjustable hand levers WN 400 are the results of modern industrial design: glass fiber reinforced thermo-plastic handle with molded-in metal insert. Handle and tapped insert are assembled together via the screw and bushing.
The solid steel tapped insert allows the operator the ability to apply additional torque where needed to the item being clamped or fastened.
Maximum heat resistance: 110°C (230°F).
Metric threaded stud sizes, and non-adjustable plastic levers with all stainless steel components available
able upon request.

See our technical section for torque rating information.


  CLICK ON PART NUMBER FOR PRICE (and option to add to cart)
  For CAD download instructions, click
HERE
                             Dimensions in: inches
(millimeters)

Part Number
l1
d1
Thread
l2
Stud Length
d3
d4
h1
h2
h3
Black
Orange
 1.77
(45)
 
10-32
.78
  .39
(9.9)
  
  .57
(14.5)
  
  .96
(24.4)
  
  .16
(4.1)
  
  1.38
(35.1)
  
1.26
10-24
.78
1.26
1/4-20
.78
1.26
1.77
 2.48
(63)
1/4-20
.98
  .53
(13)
  
  .72
(18.3)
  
  1.22
(31)
  
  .26
(6.6)
  
  1.77
(45)
  
 5/16-18
.78
1.26
1.57
2.48
3/8-16
.78
1.26
2.48
 3.07
(78)
3/8-16
.78
.63
(16)
.86
(21.8)
1.42
(36.1)
.31
(7.9)
2.17
(55.1)
1.26
1.57
2.48
 3.62
(92)
3/8-16
1.26
 .75
(19.1)
 .99
(25.1)
 1.69
(42.9)
 .43
(10.9)
 2.56
(65)
2.48
1/2-13
1.26
1.57
2.48