Spring, Helical Compression

This item was sourced on www.MFG.com as one of the items in an RFQ in USA for Compression Springs

Production of a Spring, Helical Compression (Compression Springs). Approximately 0.675 inch OD x 1.73 inch long. Please see drawing for all specifications.

Please quote your best price, delivery and shipping for:

SPRING, HELICAL COMPRESSION.

PURCHASE IAW PRINT 12591985 REV A

1. MATERIAL: STEEL WIRE PER ASTM A228/A228M,.063" DIAMETER.

2. MANUFACTURE SPRING IAW MIL-S-13572, TYPE I, GRADE A.

3. APPROX. NUMBER OF COILS (REF): 5 ACTIVE, 7 TOTAL.

4. ENDS SQUARED AND GROUND, ENDS TO BE SQUARE WITHIN 3 DEGREES OF SPRING AXIS.

5. SPRING TO WORK FREELY IN ITS LOADED AND UNLOADED CONDITIONS IN A .70" DIAM. MINIMUM BORE AND ON A SHAFT OF .531" DIAMETER MAXIMUM.

6. LOAD AT COMPRESSED LENGTH OF .75 INCHES =16.50 +/-1.10 LB.

7.LOAD AT ASSEMBLED LENGTH OF 1.00 INCH =12.29 +/-.82 LBS.

8. PROTECTIVE FINISH: ZINC PHOSPHATE BASE TYPE Z,CLASS I WITH SUPPLEMENTARY OIL TREREATMENT PER MIL-L-3150 9.

APPROXIMATE FREE LENGTH = 1.73 INCHES. 10. OUTSIDE DIAMETER = .675 INCHES MAXIMUM

CERTIFIED TEST REPORT ON MATERIAL REQUIRED

CERTIFIED TEST REPORT NOTE 2 IAW PRINT 12591985

CERTIFIED TEST REPORT NOTE 3 IAW PRINT 12591985

CERTIFIED TEST REPORT - B5 COMPRESSION

CERTIFICATE OF CONFORMANCE REQUIRED - IAW PRINT 12591985 NOTE 6

QTY: 106 EA

UNIT PRICE: $ _________

 

 

DELIVERY: __________DAYS ARO.

ESTIMATED SHIPPING TO BAKERSFIELD CA 93313: ________

APPROX SHIPPING WEIGHT: _________

FOB: _______

PAYMENT TERMS: _________

QUOTED BY:_________

*This is for resale to the US Govt. and this requirement closes on MAY 31, 12.00 PM EST. We appreciate a quote before the close date. **All quotes must have our reference number to be considered. Your quick response is appreciated.

Compression Springs: Compression springs are wound or coiled to oppose or absorb compression along their length. Compression springs can be wound in constant or variable pitch. Compression springs can be straight, conical or have variable diameters through their length.