9502 Occidental Leather Double Clip-On Pouch. One extra bag not enough? Get the double clip-on pouch w/leather clip-on patch for cell phone or more clip-on bags!
Dimensions: -Main: 5. 5"W, 6. 5"D -Outer: 5"W, 5"D 20%.
Omega Hydraulic Bottle Jacks are designed for lifting, but not sustaining, loads ranging from 8 tons thru 20 tons depending on the rated capacity of the jack. They are designed to be used vertically. After lifting, loads must be immediately supported by appropriate means. Each model is suitable for use in an appropriately rated and designed vertical or bench press structure. These jacks are not recommended for use in lifting or positioning construction trailers, houses and/or other building structures. These jacks comply with applicable ASME / ANSI Standards.
Features:
Hydraulic system is protected from internal damage by a patented by-pass mechanism
Machined and polished cylinders with die-cut threads provide non-abrasive leak-free, durable performance
Fabricated from hard-cast steel with heat-treated critical stress areas
Serrated heat-treated saddle provides generous lifting area and secure grip
Heat-treated extension screw allows low pick-up height adjustment and maximum lift height
U.S. Patented built-in by-pass device protects hydraulic system from overpumping damage
Unique cross-type forged release valve assures positive control
A wide, rugged base provides stability and strength
Critical stress points are reinforced in all models for added durability and dependability
Omega Hydraulic Bottle Jacks are designed for lifting, but not sustaining, loads ranging from 8 tons thru 20 tons depending on the rated capacity of the jack. They are designed to be used vertically. After lifting, loads must be immediately supported by appropriate means. Each model is suitable for use in an appropriately rated and designed vertical or bench press structure. These jacks are not recommended for use in lifting or positioning construction trailers, houses and/or other building structures. These jacks comply with applicable ASME / ANSI Standards.
Features:
Hydraulic system is protected from internal damage by a patented by-pass mechanism
Machined and polished cylinders with die-cut threads provide non-abrasive leak-free, durable performance
Fabricated from hard-cast steel with heat-treated critical stress areas
Serrated heat-treated saddle provides generous lifting area and secure grip
Heat-treated extension screw allows low pick-up height adjustment and maximum lift height
U.S. Patented built-in by-pass device protects hydraulic system from overpumping damage
Unique cross-type forged release valve assures positive control
A wide, rugged base provides stability and strength
Critical stress points are reinforced in all models for added durability and dependability
Omega Hydraulic Bottle Jacks are designed for lifting, but not sustaining, loads ranging from 8 tons thru 20 tons depending on the rated capacity of the jack. They are designed to be used vertically. After lifting, loads must be immediately supported by appropriate means. Each model is suitable for use in an appropriately rated and designed vertical or bench press structure. These jacks are not recommended for use in lifting or positioning construction trailers, houses and/or other building structures. These jacks comply with applicable ASME / ANSI Standards.
Features:
Hydraulic system is protected from internal damage by a patented by-pass mechanism
Machined and polished cylinders with die-cut threads provide non-abrasive leak-free, durable performance
Fabricated from hard-cast steel with heat-treated critical stress areas
Serrated heat-treated saddle provides generous lifting area and secure grip
Heat-treated extension screw allows low pick-up height adjustment and maximum lift height
U.S. Patented built-in by-pass device protects hydraulic system from overpumping damage
Unique cross-type forged release valve assures positive control
A wide, rugged base provides stability and strength
Critical stress points are reinforced in all models for added durability and dependability
