Results 1 - 24 of 24
Grid

The Tigear-2® is a right angle, single stage worm gear reducer with a rugged cast iron housing and power dense gearing design to ensure maximum reliability. Stainless Steel and the exclusive E-Z-Kleen® finish are available for tough washdown applications.

The Tigear-2® is a right angle, single stage worm gear reducer with a rugged cast iron housing and power dense gearing design to ensure maximum reliability. Stainless Steel and the exclusive E-Z-Kleen® finish are available for tough washdown applications.

The speed reducer shall be a single reduction worm gear reducer incorporating three input configurations - a quill style for direct attachment of electric motors, a separate keyed input shaft suitable for flexible coupling to a footed motor or belt and pulley input configuration and a motor adapter style input that employs a three piece coupling to connect electric motors to the reducer. These input configurations shall be available in both solid and hollow output shaft designs. The reducer shall be manufactured in the United States of America.

The Tigear-2® is a right angle, single stage worm gear reducer with a rugged cast iron housing and power dense gearing design to ensure maximum reliability. Stainless Steel and the exclusive E-Z-Kleen® finish are available for tough washdown applications.

The Tigear-2® is a right angle, single stage worm gear reducer with a rugged cast iron housing and power dense gearing design to ensure maximum reliability. Stainless Steel and the exclusive E-Z-Kleen® finish are available for tough washdown applications.

The speed reducer shall be a single reduction worm gear reducer incorporating three input configurations - a quill style for direct attachment of electric motors, a separate keyed input shaft suitable for flexible coupling to a footed motor or belt and pulley input configuration and a motor adapter style input that employs a three piece coupling to connect electric motors to the reducer. These input configurations shall be available in both solid and hollow output shaft designs. The reducer shall be manufactured in the United States of America.

The speed reducer shall be a single reduction worm gear reducer incorporating three input configurations - a quill style for direct attachment of electric motors, a separate keyed input shaft suitable for flexible coupling to a footed motor or belt and pulley input configuration and a motor adapter style input that employs a three piece coupling to connect electric motors to the reducer. These input configurations shall be available in both solid and hollow output shaft designs. The reducer shall be manufactured in the United States of America.

The speed reducer shall be a single reduction worm gear reducer incorporating three input configurations - a quill style for direct attachment of electric motors, a separate keyed input shaft suitable for flexible coupling to a footed motor or belt and pulley input configuration and a motor adapter style input that employs a three piece coupling to connect electric motors to the reducer. These input configurations shall be available in both solid and hollow output shaft designs. The reducer shall be manufactured in the United States of America.

The Tigear-2® is a right angle, single stage worm gear reducer with a rugged cast iron housing and power dense gearing design to ensure maximum reliability. Stainless Steel and the exclusive E-Z-Kleen® finish are available for tough washdown applications.

The Tigear-2® is a right angle, single stage worm gear reducer with a rugged cast iron housing and power dense gearing design to ensure maximum reliability. Stainless Steel and the exclusive E-Z-Kleen® finish are available for tough washdown applications.

The Tigear-2® is a right angle, single stage worm gear reducer with a rugged cast iron housing and power dense gearing design to ensure maximum reliability. Stainless Steel and the exclusive E-Z-Kleen® finish are available for tough washdown applications.

The speed reducer shall be a single reduction worm gear reducer incorporating three input configurations - a quill style for direct attachment of electric motors, a separate keyed input shaft suitable for flexible coupling to a footed motor or belt and pulley input configuration and a motor adapter style input that employs a three piece coupling to connect electric motors to the reducer. These input configurations shall be available in both solid and hollow output shaft designs. The reducer shall be manufactured in the United States of America.

The speed reducer shall be a single reduction worm gear reducer incorporating three input configurations - a quill style for direct attachment of electric motors, a separate keyed input shaft suitable for flexible coupling to a footed motor or belt and pulley input configuration and a motor adapter style input that employs a three piece coupling to connect electric motors to the reducer. These input configurations shall be available in both solid and hollow output shaft designs. The reducer shall be manufactured in the United States of America.

The speed reducer shall be a single reduction worm gear reducer incorporating three input configurations - a quill style for direct attachment of electric motors, a separate keyed input shaft suitable for flexible coupling to a footed motor or belt and pulley input configuration and a motor adapter style input that employs a three piece coupling to connect electric motors to the reducer. These input configurations shall be available in both solid and hollow output shaft designs. The reducer shall be manufactured in the United States of America.

The speed reducer shall be a single reduction worm gear reducer incorporating three input configurations - a quill style for direct attachment of electric motors, a separate keyed input shaft suitable for flexible coupling to a footed motor or belt and pulley input configuration and a motor adapter style input that employs a three piece coupling to connect electric motors to the reducer. These input configurations shall be available in both solid and hollow output shaft designs. The reducer shall be manufactured in the United States of America.

The speed reducer shall be a single reduction worm gear reducer incorporating three input configurations - a quill style for direct attachment of electric motors, a separate keyed input shaft suitable for flexible coupling to a footed motor or belt and pulley input configuration and a motor adapter style input that employs a three piece coupling to connect electric motors to the reducer. These input configurations shall be available in both solid and hollow output shaft designs. The reducer shall be manufactured in the United States of America.

The speed reducer shall be a single reduction worm gear reducer incorporating three input configurations - a quill style for direct attachment of electric motors, a separate keyed input shaft suitable for flexible coupling to a footed motor or belt and pulley input configuration and a motor adapter style input that employs a three piece coupling to connect electric motors to the reducer. These input configurations shall be available in both solid and hollow output shaft designs. The reducer shall be manufactured in the United States of America.

The speed reducer shall be a single reduction worm gear reducer incorporating three input configurations - a quill style for direct attachment of electric motors, a separate keyed input shaft suitable for flexible coupling to a footed motor or belt and pulley input configuration and a motor adapter style input that employs a three piece coupling to connect electric motors to the reducer. These input configurations shall be available in both solid and hollow output shaft designs. The reducer shall be manufactured in the United States of America.

The speed reducer shall be a single reduction worm gear reducer incorporating three input configurations - a quill style for direct attachment of electric motors, a separate keyed input shaft suitable for flexible coupling to a footed motor or belt and pulley input configuration and a motor adapter style input that employs a three piece coupling to connect electric motors to the reducer. These input configurations shall be available in both solid and hollow output shaft designs. The reducer shall be manufactured in the United States of America.

The speed reducer shall be a single reduction worm gear reducer incorporating three input configurations - a quill style for direct attachment of electric motors, a separate keyed input shaft suitable for flexible coupling to a footed motor or belt and pulley input configuration and a motor adapter style input that employs a three piece coupling to connect electric motors to the reducer. These input configurations shall be available in both solid and hollow output shaft designs. The reducer shall be manufactured in the United States of America.

The Tigear-2® is a right angle, single stage worm gear reducer with a rugged cast iron housing and power dense gearing design to ensure maximum reliability. Stainless Steel and the exclusive E-Z-Kleen® finish are available for tough washdown applications.

The speed reducer shall be a single reduction worm gear reducer incorporating three input configurations - a quill style for direct attachment of electric motors, a separate keyed input shaft suitable for flexible coupling to a footed motor or belt and pulley input configuration and a motor adapter style input that employs a three piece coupling to connect electric motors to the reducer. These input configurations shall be available in both solid and hollow output shaft designs. The reducer shall be manufactured in the United States of America.

The speed reducer shall be a single reduction worm gear reducer incorporating three input configurations - a quill style for direct attachment of electric motors, a separate keyed input shaft suitable for flexible coupling to a footed motor or belt and pulley input configuration and a motor adapter style input that employs a three piece coupling to connect electric motors to the reducer. These input configurations shall be available in both solid and hollow output shaft designs. The reducer shall be manufactured in the United States of America.

The Tigear-2® is a right angle, single stage worm gear reducer with a rugged cast iron housing and power dense gearing design to ensure maximum reliability. Stainless Steel and the exclusive E-Z-Kleen® finish are available for tough washdown applications.

Recently Viewed

Peace of mind, all the time. The SmartlockPro® self-test GFCI tests itself even if you forget. Designed to meet the latest UL standard for auto-monitoring (self-test) our complete line of self-test GFCIs periodically conduct an automatic internal test to confirm that it can respond to a ground fault. With the slimmest profile on the market, the device allows for fast and easy installation, while Leviton® patented reset lockout mechanism prevents reset of the GFCI if it is not wired or operating correctly. The SmartlockPro® self-test GFCI is the smart choice in ground fault circuit interrupter protection.

Peace of mind, all the time. The SmartlockPro® self test GFCI tests itself even if you forget. Designed to meet the latest UL standard for auto-monitoring (self test) our complete line of self test GFCIs periodically conduct an automatic internal test to confirm that it can respond to a ground fault. With the slimmest profile ON the market, the device allows for fast and easy installation, while Leviton® patented reset lockout mechanism prevents reset of the GFCI if it is not wired or operating correctly. The SmartlockPro® self test GFCI is the smart choice in ground fault circuit interrupter protection.

Peace of mind, all the time. The SmartlockPro® self test GFCI tests itself even if you forget. Designed to meet the latest UL standard for auto-monitoring (self test) our complete line of self test GFCIs periodically conduct an automatic internal test to confirm that it can respond to a ground fault. With the slimmest profile ON the market, the device allows for fast and easy installation, while Leviton® patented reset lockout mechanism prevents reset of the GFCI if it is not wired or operating correctly. The SmartlockPro® self test GFCI is the smart choice in ground fault circuit interrupter protection.

Peace of mind, all the time. The SmartlockPro® self test GFCI tests itself even if you forget. Designed to meet the latest UL standard for auto-monitoring (self test) our complete line of self test GFCIs periodically conduct an automatic internal test to confirm that it can respond to a ground fault. With the slimmest profile ON the market, the device allows for fast and easy installation, while Leviton® patented reset lockout mechanism prevents reset of the GFCI if it is not wired or operating correctly. The SmartlockPro® self test GFCI is the smart choice in ground fault circuit interrupter protection.

Peace of mind, all the time. The SmartlockPro® self test GFCI tests itself even if you forget. Designed to meet the latest UL standard for auto-monitoring (self test) our complete line of self test GFCIs periodically conduct an automatic internal test to confirm that it can respond to a ground fault. With the slimmest profile ON the market, the device allows for fast and easy installation, while Leviton® patented reset lockout mechanism prevents reset of the GFCI if it is not wired or operating correctly. The SmartlockPro® self test GFCI is the smart choice in ground fault circuit interrupter protection.

Peace of mind, all the time. The SmartlockPro® self test GFCI tests itself even if you forget. Designed to meet the latest UL standard for auto-monitoring (self test) our complete line of self test GFCIs periodically conduct an automatic internal test to confirm that it can respond to a ground fault. With the slimmest profile ON the market, the device allows for fast and easy installation, while Leviton® patented reset lockout mechanism prevents reset of the GFCI if it is not wired or operating correctly. The SmartlockPro® self test GFCI is the smart choice in ground fault circuit interrupter protection.

If you need any additional information, prices, availability, etc. please contact us at 1-800-290-9908 or e-mail us at

Footer Menu