Phillips Bit #0, 1-15/16″ Length, 1/4″ Hex Shank – Eclipse PH0X1-15/16

Eclipse PH0X1-15/16 — Phillips Bit #0, 1-15/16″ Length, 1/4″ Hex Shank

The Eclipse PH0X1-15/16 is a #0 Phillips insert bit engineered for accurate driving of small crosshead fasteners in electronics, control panels, and light assembly. Its 1-15/16″ overall length offers extra reach into shallow recesses and tight clearances while maintaining control. The 1/4″ hex shank seats securely in standard magnetic bit holders, cordless screwdrivers, and drill/driver chucks. Using the correct #0 tip helps minimize cam-out, protects screw heads, and reduces rework. Consistent geometry supports repeatable torque application across batches of hardware. The interchangeable insert format enables fast swaps between tasks to keep jobs moving. This makes it a dependable choice for installers, technicians, integrators, OEM buyers, and MRO teams who need reliable bits on the bench and in the field.

Available from our Mesa, Arizona counter serving Phoenix, Mesa, Chandler, Tempe, Gilbert, Scottsdale, and Glendale, and ready to ship nationwide, this bit provides the reach and compatibility professionals expect for everyday service and assembly work.

Key Features:

• Phillips #0 tip for small fasteners
• 1-15/16″ overall length for added reach
• 1/4″ hex shank fits standard quick-change bit holders and driver chucks

Specifications:

• Manufacturer: Eclipse
• MPN: PH0X1-15/16
• UPC: 0617293016436

Typical Applications: Electronics assembly and repair, appliance servicing, terminal block work, small machine screws in AV/security devices, and general precision fastening on production lines or service calls.

Installation Example: A field technician servicing a compact controller enclosure uses the #0 bit in a magnetic quick-change holder to remove and reinstall small Phillips screws without cam-out, preserving the fasteners and housing.

Tri-Tek Electronics is an authorized distributor of Eclipse products and provides full manufacturer warranty support with nationwide availability.