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$44.00
Light residential torsion spring pair for lighter single-car residential doors: 0.207″ wire × 1.75″ inside diameter × 28″ length, sold as a matched set of two.
- Ships as a matched left-wound and right-wound pair that covers both sides of the torsion shaft
- ASTM A229 Class II oil-tempered wire, precision-wound for consistent torque
- Replaces both springs at once to keep the door balanced
- Need one side only? 207 x 1.75″ x 28″ left-wound spring (right side) or 207 x 1.75″ x 28″ right-wound spring (left side)
Measure your existing spring before ordering: wire size, inside diameter, length and wind direction must all match. How to measure →
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$22.00
Single right-wound torsion spring for lighter single-car residential doors: 0.207″ wire × 1.75″ inside diameter × 28″ length, installed on the left side of the shaft.
- Right-wound, mounts on the left side of the torsion shaft
- Red winding cone, the industry color for a right-wound spring
- Oil-tempered spring wire, precision-wound for consistent torque
- Replacing both sides? Get the 207 x 1.75″ x 28″ matched pair instead
Wire size, inside diameter, length and wind direction must all match your old spring. How to measure →
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$22.00
Single left-wound torsion spring for lighter single-car residential doors: 0.207″ wire × 1.75″ inside diameter × 28″ length, installed on the right side of the shaft.
- Left-wound, mounts on the right side of the torsion shaft
- Black winding cone, the industry color for a left-wound spring
- Oil-tempered spring wire, precision-wound for consistent torque
- Replacing both sides? Get the 207 x 1.75″ x 28″ matched pair instead
Wire size, inside diameter, length and wind direction must all match your old spring. How to measure →
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$41.00
Light residential torsion spring pair for lighter single-car residential doors: 0.207″ wire × 1.75″ inside diameter × 25″ length, sold as a matched set of two.
- Ships as a matched left-wound and right-wound pair that covers both sides of the torsion shaft
- ASTM A229 Class II oil-tempered wire, precision-wound for consistent torque
- Replaces both springs at once to keep the door balanced
- Need one side only? 207 x 1.75″ x 25″ left-wound spring (right side) or 207 x 1.75″ x 25″ right-wound spring (left side)
Measure your existing spring before ordering: wire size, inside diameter, length and wind direction must all match. How to measure →
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$20.50
Single left-wound torsion spring for lighter single-car residential doors: 0.207″ wire × 1.75″ inside diameter × 25″ length, installed on the right side of the shaft.
- Left-wound, mounts on the right side of the torsion shaft
- Black winding cone, the industry color for a left-wound spring
- Oil-tempered spring wire, precision-wound for consistent torque
- Replacing both sides? Get the 207 x 1.75″ x 25″ matched pair instead
Wire size, inside diameter, length and wind direction must all match your old spring. How to measure →
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$20.50
Single right-wound torsion spring for lighter single-car residential doors: 0.207″ wire × 1.75″ inside diameter × 25″ length, installed on the left side of the shaft.
- Right-wound, mounts on the left side of the torsion shaft
- Red winding cone, the industry color for a right-wound spring
- Oil-tempered spring wire, precision-wound for consistent torque
- Replacing both sides? Get the 207 x 1.75″ x 25″ matched pair instead
Wire size, inside diameter, length and wind direction must all match your old spring. How to measure →
Heavy residential torsion spring pair for heavier insulated and double-wide residential doors: 0.250″ wire × 1.75″ inside diameter × 33″ length, sold as a matched set of two.
- Ships as a matched left-wound and right-wound pair that covers both sides of the torsion shaft
- ASTM A229 Class II oil-tempered wire, precision-wound for consistent torque
- Replaces both springs at once to keep the door balanced
- Need one side only? 250 x 1.75″ x 33″ left-wound spring (right side) or 250 x 1.75″ x 33″ right-wound spring (left side)
Measure your existing spring before ordering: wire size, inside diameter, length and wind direction must all match. How to measure →