Palmgren
Palmgren 9680506 Tap Holder 3/8 In 1.26 In Sleeve
Holds a 3/8-inch tap with a 1.26-inch sleeve for pneumatic hand tappers and tapping arms
- MaterialHAWA
- Clutch mechanism prevents tap breakage during operation
- 3/8 inch tap size fits standard threading tasks
- 26 inch sleeve diameter suits tooling size 1
- 2 3/4 inch overall length works with pneumatic hand tappers
- Steel construction delivers durability for repeated use
Palmgren 9680506 Tap Holder
The Palmgren 9680506 is a tap holder designed for pneumatic hand tappers and tapping arms. It accepts a 3/8 inch tap size and fits tooling size 1. The unit provides a secure connection for threading operations in workshop environments. Builders needing a different tap capacity or tooling size should select another model.
Thermals Noise Power Draw
This mechanical accessory has no electrical components, so it produces no heat, noise or power draw during operation. Performance depends entirely on the pneumatic tapper or tapping arm driving it. Users seeking motorised tapping with integrated controls will need a powered tapping machine instead.
Build Quality Connectors Mounting
The holder features steel construction with a 1.26 inch sleeve diameter and an overall length of 2 3/4 inches. A built-in clutch helps protect the tap from overload during use. It mounts directly into compatible pneumatic hand tappers and tapping arms without additional adapters. Shops without pneumatic tapping equipment cannot use this holder.
Highlights
- Clutch mechanism prevents tap breakage during operation
- 3/8 inch tap size fits standard threading tasks
- 26 inch sleeve diameter suits tooling size 1
- 2 3/4 inch overall length works with pneumatic hand tappers
- Steel construction delivers durability for repeated use
Specifications
| Brand | PALMGREN |
|---|---|
| Material | HAWA |
Questions about this item
How do I fit the 1.26 In sleeve onto my pneumatic hand tapper?
Align the sleeve with the tapper's output spindle, slide it on until it seats fully, then secure the locking mechanism; the step often missed is verifying the sleeve sits flush before tightening.
What part of this tap holder will wear out first with regular use?
The internal clutch mechanism absorbs torque spikes during tapping, so its friction surfaces and springs are the components most likely to need replacement over time.
What limits continuous operation when I'm tapping multiple holes in a row?
Heat buildup in the clutch assembly is the first constraint; prolonged use without cooling pauses reduces clamping consistency and can cause tap slippage.
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