Right Angle Crown Gear Drives Standard and IP65-Rated

How The Crown Right Angle Gear Drive Works Crown two and three-way right angle gear drives transmit power with quiet, dependable spiral bevel gears. Crown right angle gear drives feature hardened spiral bevel gears and non-magnetic stainless steel shafts. They are compact and feature multiple mounting options. The fully enclosed design ensures that internal gears can’t get out of alignment, jam up or become contaminated by debris. All Crown right angle units feature a cast aluminum housing designed for maximum strength and heat dissipation. The standard units feature a premium grade grease (-50°C...

Crown Gear Drives New IP65-Rated Crown Right Angle Gear Drives Zero-Max also offers a complete line of IP65-Rated Crown Drives for applications that need Ingress Protection and/ or Corrosion Resistance – such as food-related or other applications requiring frequent washdowns. The IP65-Rated Crown Drives feature a special housing and shaft seals for added environmental protection. They were tested at an independent laboratory to obtain the IP65-Rating for both dust and water jet protection. The Nickel-Plated Housing and non-magnetic stainless steel shafts also help to prevent corrosion in harsh...

Two-Way Crown Gear Drives Dimensions 1:1 Ratio Standard Model Drive Type *Dimensions before plating 2:1 Ratio Standard Model Drive Type *Dimensions before plating The right to make engineering refinements on all products is reserved. Dimensions and other details subject to change. When dimensions are critical, detailed drawings should be obtained from the factory. Dimensions are in inches.

Three-Way & Counter-Rotating Crown Gear Drives C C Three-Way Crown Gear Drives Only To obtain opposite shaft rotation for shafts 2 & 3 as shown, install (invert) Crown Drive with grease plug down. Counter-Rotating Crown Gear Drives Only Shafts 2 & 3 rotate as shown. Dimensions 1:1 Ratio Standard Model Drive Type *Dimensions before plating **Tapped hole, 0.81" deep 2:1 Ratio Standard Model Drive Type *Dimensions before plating **Tapped hole, 0.81" deep The right to make engineering refinements on all products is reserved. Dimensions and other details subject to change. When dimensions are critical,...

Crown Gear Drives Specifications Rated Horsepower & Torque Specifications 2-Way C1388XX Angular Rated Rated velocity Power Torque RPM Angular velocity Shaft 1 Shaft 2 RPM Rated Torque Rated Power Angular Rated Rated velocity Power Torque RPM Angular velocity Shaft 1 Shaft 2 RPM Rated Torque Rated Power Ultimate static torque 160 in. lbs. calculated on 1,000 cycle basis. Ultimate static torque 60 in. lbs. calculated on 1,000 cycle basis. Angular Rated Rated velocity Power Torque H.P. Angular velocity Shaft 1 Shaft 2 RPM Ultimate static torque 130 in. lbs. calculated on 1,000 cycle basis. Ultimate...

Crown Gear Drives Specifications Rated Horsepower & Torque Specifications 3-Way C1578XX Angular Rated Rated velocity Power Torque Angular Rated Rated velocity Power Torque* Angular velocity Shaft 1 Shaft 2 RPM Rated Power Rated Torque Angular velocity Rated Torque Shaft 1 2Shafts and 3* In. Lbs. In. Lbs. Ultimate static torque 275 in. lbs. calculated on 1,000 cycle basis. Ultimate static torque 330 in. lbs. calculated on 1,000 cycle basis. * his is the maximum torque T that can be shared by both shafts at once. Ultimate static torque 130 in. lbs. calculated on 1,000 cycle basis. Angular Rated...

Crown Overhung Load and Thrust Capacity Overhung Load Capacity (at mid-shaft) Item Number Shaft 1 Pounds Newtons Thrust Load Capacity All Shafts Net Weight each Standard Housing Pounds Kilograms Pounds Thrust Overhung Load applied on the halfway point of the shaft Shaft 1 (Typically the Input Shaft) Overhung Load applied on the halfway point of the shaft Overhung Load applied on the halfway point of the shaft Thrust

How to Select Crown Gear Drives 1. etermine Your Preferred Input/Output Ratio. Standard ratios are 1:1 and 2:1. It is also possible to use a step up ratio of 1:2 D by using shaft #2 as the input shaft on 2:1 units. (See drawings on pages 3–4). 2. esignate Which Shafts Are To Be Input And Output Shafts. This step is especially important to determine that no shaft will turn D faster than 2000 RPM. If shaft #2 in the 2:1 ratio models is selected as the input shaft, it can turn at a maximum of 1000 RPM. In the 1:1 ratio models it makes no difference. However, the choice in either case will affect...

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