Irwin
Campbell
closeout
Part #:511960
- CLOSEOUTS Only 1 Left!
-
3/4" x 6" Jaw & Jaw Turnbuckle, Forged Carbon Steel, Galvanized(Discontinued being replaced by TB108-J-J-HDG)
Drop-Forged Carbon Steel
Galvanized to Meet ASTM A-153 Specifications
5 to 1 Design Factor
Meets Design Requirements of ASTM F1145, Type 1, Grade 1, Class G
Jaws on Sizes 1/4&rdquo Through 5/8&rdquo Have Hex Head Bolt and Nut
Jaws on Sizes 3/4&rdquo Through 1-1/2&rdquo Have Cotter Key and Bolt
IMPORTANT Instructions For Use
Turnbuckles are Designed for a Static Load
In Loads Where There is Vibration, Lock Nuts (Jam Nuts) Should be Used to Prevent the Connection from Turning or Loosening
DO NOT EXCEED THE WORKING LOAD LIMIT
$
110.24
Qty:
closeout
Part #:511961
- CLOSEOUTS Only 4 Left!
-
3/4" x 9" Jaw & Jaw Turnbuckle, Forged Carbon Steel, Galvanized(Discontinued being replaced by TB108-9-J-J)
Drop-Forged Carbon Steel
Galvanized to Meet ASTM A-153 Specifications
5 to 1 Design Factor
Meets Design Requirements of ASTM F1145, Type 1, Grade 1, Class G
Jaws on Sizes 1/4&rdquo Through 5/8&rdquo Have Hex Head Bolt and Nut
Jaws on Sizes 3/4&rdquo Through 1-1/2&rdquo Have Cotter Key and Bolt
IMPORTANT Instructions For Use
Turnbuckles are Designed for a Static Load
In Loads Where There is Vibration, Lock Nuts (Jam Nuts) Should be Used to Prevent the Connection from Turning or Loosening
DO NOT EXCEED THE WORKING LOAD LIMIT
$
96.04
Qty:
closeout
$17.42 MSRP
$
10.22
Part #:511871
- CLOSEOUTS Only 7 Left!
-
5/16" Connecting Link, Forged Carbon Steel, Self Colored, 10 Pcs per Box
Drop-Forged Heat-Treated Carbon or Alloy Steel
Standard Finish is Self-Colored or Galvanized to Meet ASTM A-153 Specifications
4 to 1 Design Factor
For Proper Closure, Peen the Prongs to Fill the Hole of the Mating Half as Much as Possible
Meets Design Requirements of Federal Specification RR-C-271D, Type II
Make Sure the Connecting Link Used is the Same Size as the Components Being Joined. e.g., a 3/8 in. Connecting Link is Used with 3/8 in. Chain
Any Assembly Made Using Connecting Links Should be Rated at the Working Load Limit of the Weakest Component.
The Working Load Limit of Connecting Links is Based on a Straight Line Pull. Any Side or Shock Loading Will Significantly Reduce the Actual Working Load Limit.
NEVER Re-Use a Connecting Link
DO NOT EXCEED THE WORKING LOAD LIMIT
Qty:
Displaying: 1 - 3 of 3 Matching Items