Dodge Industrial equipment and parts
Specify Dodge Industrial drives for a new project or an installed machine: gearboxes, mounted bearings, couplings and conveyor components. Send requests for complete equipment or individual parts.
Mounted ball bearings
Dodge mounted ball bearing units differ in shaft locking and housing design. Set Screw, Eccentric Collar, D-Lok and Grip Tight are distinct choices. For a new support, define the shaft and mounting layout; for replacement, preserve the full designation.
- Set Screw uses locking screws
- D-Lok provides concentric shaft locking
- Grip Tight uses an adapter system
- Specify the housing, fit and sealing arrangement
Type E tapered roller bearings
Type E combines tapered roller bearings with a ready-to-mount housing. State the housing arrangement and complete unit designation. Separate a request for the assembled bearing from a cover or another item identified in the manufacturer drawing.
- Available with different housing arrangements
- Units are assembled and lubricated
- Housing prepared for an OPTIFY sensor
- Attach mounting distances and shaft dimensions
Safety Mount spherical roller units
Safety Mount is a mounted spherical roller bearing family with an integrated mounting and removal mechanism. IP, ISN and ISAF use different housings. Identify the exact series and existing support arrangement before specifying a replacement assembly.
- IP, ISN and ISAF are distinct variants
- ISN follows SN housing mounting dimensions
- ISAF uses a split housing
- Identify locating or expansion arrangements
Sleevoil hydrodynamic bearings
Sleevoil supports the shaft in an oil-lubricated liner. This is a separate Dodge bearing technology from rolling-element units. Identify the bearing size and oil system, then distinguish the complete support, liners, seals and circulation components in the supply list.
- Portfolio includes Sleevoil RTL and R
- Provide the series, size and identification
- Attach a housing photo and oil circuit
- Mark the requested item on the drawing
Torque-Arm II shaft-mounted gearboxes
Torque-Arm II, also called TA II, is a shaft-mounted helical gearbox family using a tapered bushing system. For a repeated order, provide the frame size, ratio, identification and mounting kit. For a project, include the driven shaft arrangement.
- Shaft, flange and screw conveyor mounting
- Tapered bushings match the driven shaft
- Mounting and backstop options are separate
- Identify parts by gearbox model and drawing
TXT and Motorized Torque-Arm
TXT and Motorized Torque-Arm are separate shaft-mounted drive families with their own designations and configurations. Keep the nameplate wording in the request. For MTA, identify the motor drive package; for TXT, include the belt transmission arrangement.
- TXT is a belt-driven shaft-mounted gearbox
- MTA means Motorized Torque-Arm
- Bushings and attachments follow the configuration
- Photograph the input, output and nameplate
Tigear-2 worm gearboxes
Tigear-2 is a Dodge worm gearbox family. Identify the input connection, mounting dimensions and housing configuration from the full designation. For a new drive, provide motor power, input and output speeds, and a drawing showing the installation.
- Worm transmission with angled shafts
- Different input connection arrangements
- FoodSafe and E-Z Kleen washdown variants
- Check shaft fits and housing orientation
Quantis ILH, MSM and RHB
Quantis is a modular gearbox and gearmotor family. ILH uses an inline helical layout, MSM is shaft mounted and RHB uses a right-angle helical-bevel arrangement. Start selection with the transmission layout and full equipment designation.
- ILH, MSM and RHB are different layouts
- Integrated or flange-mounted motor inputs
- E-Z Kleen and FoodSafe configurations
- State the ratio, mounting and motor data
MagnaGear XTR heavy-duty gearboxes
MagnaGear XTR addresses heavy drives for bulk material handling. Dodge offers parallel-shaft and right-angle configurations. A project request needs the drive layout; replacement needs the full identification and operating data of the existing gearbox.
- Parallel-shaft and right-angle arrangements
- Torque, speed and duty are selection inputs
- Bushing, sealing and backstop options
- Confirm mounting position from documentation
Raptor, Para-Flex and D-Flex couplings
Dodge elastomeric couplings include Raptor with a split flexible element, Para-Flex, D-Flex and StarFlex jaw couplings. Identify the coupling type and size for replacement elements. A complete coupling request also needs the fits of both hubs.
- Flexible element and assembly are separate items
- Match the exact series and size
- Provide shaft diameters and keyways
- Photograph the element, hubs and fasteners
Metal couplings and drive components
Dodge offers grid, gear, chain and rigid coupling designs. The construction determines the parts needed for service. Identify the series and size, and mark the requested position on an assembly drawing before ordering an element or complete assembly.
- Distinguish the hub, element and repair kit
- State any spacer and shaft separation
- Keep the installed configuration designation
- Attach the assembly drawing or component photos
Conveyor and mechanical drive components
Dodge includes pulleys, belts, sprockets, conveyor drums and bushings in its mechanical drive portfolio. Specify the assembly function and dimensions. For a replacement component, preserve its marking and provide the shaft interface and adjacent transmission details.
- Separate the drum, bushing and drive parts
- Record the shaft and mounting dimensions
- Provide the pulley or sprocket identification
- Attach a layout of the connected equipment
OPTIFY monitoring devices
OPTIFY includes Performance Sensor, Intelli-Lube, Breather, Gateways and accessories. Define the monitored equipment and requested device. For expansion of an installed system, describe its existing devices and connections so that the request covers the intended configuration.
- Performance Sensor monitors equipment condition
- Intelli-Lube is a lubrication device
- Breather and gateways are separate products
- Identify existing devices and requested quantities
A new drive: define the equipment list
Identify the machine function: a conveyor, screw or driven shaft. State the required speed, load and operating duty. Separate the request into a gearbox, motor, coupling and supports, linked to the intended function.
Attach a layout showing the input and output shafts, mounting points and available space. Identify any equipment already selected, and state which components will remain on site when the new drive is installed.
Distinguish the complete assembly, mounting kit, transmission components and accessories. Give each line its own designation and quantity. This makes the proposed supply easier to compare with the drawing and the project requirements.
Replacing installed equipment
Photograph the complete nameplate and the equipment from several sides. Keep all letters, numbers and suffixes. A housing size or similar family name does not identify the complete installed gearbox or bearing unit.
Show gearbox connections, attachments and orientation. For a bearing unit, show the shaft, base and adjacent components. Identify accessories that need replacement and those that will remain in use with the new assembly.
Separate a complete replacement from an individual repair item. Mark a component position and quantity on the assembly drawing. For a complete unit, describe the existing installation and any changes to operating conditions.
Transmission data and mounting interfaces
Record the ratio and required output speed separately. Provide motor data and the driven load. A gearmotor request needs the assembly configuration, including input connection and mounting, rather than only a similar gearbox housing.
For shaft mounting, provide shaft dimensions and bushing identification. A coupling needs both shaft fits, keyways and shaft-end separation. A belt transmission request should retain the pulley and belt marking, supported by arrangement photographs.
Keep inch and metric dimensions in their original units. Label the measured feature on the drawing. Photographs support identification; marking and documentation provide the basis for checking the configuration. Include the existing drawing for repeated orders.
Environment, maintenance and multiple units
Describe dust, moisture, washdown, temperature, location and maintenance access. State the operating pattern. These inputs support checking the specific configuration and sealing arrangement. Preserve special configuration wording from the nameplate or drawing.
For several drives, prepare a table with installation position, full designation, quantity and photo reference. Similar machines can use different configurations. Tie each line to its own equipment identification, rather than one approximate family description.
List maintenance spares separately from installation equipment. Distinguish flexible elements, seals, bushings and accessories for the selected unit. Check quantities and links to the machine so that complete assemblies and individual parts remain clear.
DODGE gearboxes previously quoted
We previously calculated TA5215H15, TA5215H25, TA6307H40 and TA6307H15 shaft-mounted gearboxes. These were quotation calculations for identified assemblies. The examples show how to retain complete markings when preparing a similar drive request.
For a new calculation, provide your equipment marking and quantity. Preserve any differing suffix. Attach individual nameplate photos for multiple drives, even on similar machines. Link mounting accessories to the relevant drive position.
Agreeing the scope of supply
Send the equipment list, destination and required contents. Distinguish assemblies from individual items. Attach manufacturer documents, nameplate photos and a mounting drawing. Identify retained equipment so that the boundary of the requested supply is clear.
Compare the proposal with the request. Check full designations, quantities, accessories and packaging contents. Keep different Dodge families separate in the bill of materials and later clarifications. Separate configuration changes from quantity changes.
For repeated requests, include the previous list reference and mark differences. Preserve the link between parts and installed equipment. Each position needs its own identification and supporting information, rather than only the common brand name.
Parts for installed equipment
For an individual part, provide the full identification, quantity and equipment model. Attach a photo or mark the item on a drawing. List the gearbox, bearing support, coupling, bushing and accessories separately according to the requested scope.
Price, lead time, availability and required documents are agreed for the selected configuration. We do not claim official dealer status or compatibility from a product name alone; the application is checked against identification and documentation.
