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3/4DR IMP UNIVERSAL JOINT - PROT J07570A
Item #:
PROT J07570A
Supplier Part #: J07570A
Brand:
PROTO
Features
- Tight tolerances for snug fit on fastener.
- Used wherever powered drive tools are used to install or remove fasteners.
- Designed to withstand the high torque and force associated with impact tools in repetitive application.
- Features two through holes and a groove to accept a Proto Retaining Ring or pin and O-ring to help secure the socket to the drive tool anvil.
- Position at appropriate angle to turn fasteners where obstructions prevent a straight application.
- Ball and spring design which allows for a 30° working angle.
- Smooth 360° rotation.
3/4INDR 20IN RATCHET - PROT J5649
Item #:
PROT J5649
Supplier Part #: J5649
Brand:
PROTO
Features
- Robust 24-tooth gear/floating pawl design provides 15° ratcheting angle while maximizing ultimate torque.
- Thin head design for access into tight work areas.
- Reversing level designed for quick, one-hand operation.
3/4INDR X 20IN HANDLE HINGE - PROT J5668
Item #:
PROT J5668
Supplier Part #: J5668
Brand:
PROTO
Features
- Head Flexes 90° from horizontal.
- Made of heat-treated alloy steel.
- Chrome plated finish.
1 PC SOCKET RETAINERS - PROT JRR07526
Item #:
PROT JRR07526
Supplier Part #: JRR07526
Brand:
PROTO
Features
- Retaining rings are used to help secure sockets onto drive tools.
- They are not intended to bear any load.
- The rotational forces are between the drive tool and the socket.
- The resin crush gauge on the pin helps indicate when a socket is excessively worn and should be replaced.
- Drive tool and socket should line up when in use and should not pinch the crush gauge.
- Cracked sockets and/or worn drive tools cause each other to turn excessively in relation to each other. This action pinches the small fin or the crush gauge on these retaining rings. If the crush gauge is pinched, it is an indication that the socket and or the drive tool need to be replaced.
- One-piece construction, no loose parts. Pin is made of resin which allows the material to compress without breaking.
- Part numbers are embossed on the rings near the point at which the pin and ring meet.
3/4DR 1-3/4GRV RR RINGS - PROT JRR07528
Item #:
PROT JRR07528
Supplier Part #: JRR07528
Brand:
PROTO
Features
- Retaining rings are used to help secure sockets onto drive tools.
- They are not intended to bear any load.
- The rotational forces are between the drive tool and the socket.
- The resin crush gauge on the pin helps indicate when a socket is excessively worn and should be replaced.
- Drive tool and socket should line up when in use and should not pinch the crush gauge.
- Cracked sockets and/or worn drive tools cause each other to turn excessively in relation to each other. This action pinches the small fin or the crush gauge on these retaining rings. If the crush gauge is pinched, it is an indication that the socket and or the drive tool need to be replaced.
- One-piece construction, no loose parts. Pin is made of resin which allows the material to compress without breaking.
- Part numbers are embossed on the rings near the point at which the pin and ring meet.
1 PC SOCKET RETAINERS - PROT JRR07523
Item #:
PROT JRR07523
Supplier Part #: JRR07523
Brand:
PROTO
Features
- Retaining rings are used to help secure sockets onto drive tools.
- They are not intended to bear any load.
- The rotational forces are between the drive tool and the socket.
- The resin crush gauge on the pin helps indicate when a socket is excessively worn and should be replaced.
- Drive tool and socket should line up when in use and should not pinch the crush gauge.
- Cracked sockets and or worn drive tools cause each other to turn excessively in relation to each other. This action pinches the small fin or the crush gauge on these retaining rings. If the crush gauge is pinched, it is an indication that the socket and or the drive tool need to be replaced.
- One-piece construction, no loose parts. Pin is made of resin which allows the material to compress without breaking.
- Part numbers are embossed on the rings near the point at which the pin and ring meet.