Monorail Grab Electric Hoist
Heavy-duty, high-speed wire rope hoists—from compact low-headroom trolleys to double-girder units. Share capacity, lift height and duty class for quick sizing.
CYCRANE / Suspended bulk-material handling
Monorail Grab
Electric Hoist.
Define the material.
Match the grab and beam route.
Plan a monorail grab electric hoist for a defined overhead handling path. Review the lifting requirement, grab volume, material characteristics and operating cycle with the beam, travel route and controls.
- 1–20 tCapacity input
- 0.25–1 m³Bucket choices
- Beam routeTravel review
- Material & density review
- Grab self-weight & load
- New line & replacement
MONORAIL GRAB HOISTS / MATERIAL & ROUTE REVIEWStart with the handling task.Then match the suspended route and duty.
- 01Material & load
- 02Grab & cycle
- 03Beam & travel
01 / Configuration directions
One suspended handling route.
Four starting directions.
Choose a starting configuration and continue refining. Material suitability, grab arrangement, actual load definition and operating duty need project review.
INDOOR DIRECTION
Standard Indoor
Start from a defined indoor monorail route. Review material, effective load, bucket volume and the beam installation.
WORKING-CYCLE REVIEW
Heavy-Duty Bulk Handling
Discuss repeated lifting and grab opening/closing cycles, handled material and the required working duty.
SITE CONDITIONS
Dusty / Outdoor
Describe dust, outdoor exposure and site conditions. Confirm the selected grab, hoist and electrical protection scope.
EXISTING EQUIPMENT
Upgrade / Replacement
Compare the old grab/hoist arrangement, rail dimensions and controls with the required material handling task.
02 / Configure & plan
Define the load and grab.
Describe the material and route.
Keep all 13 original configuration fields together. The budget, selected specification and enquiry update with your choices, including material and rail/beam details.
Build Your Monorail Grab Spec
Confirm grab self-weight and expected effective material load separately. Bucket volume alone does not establish payload; replace the material examples with the actual material and density.
For Project quantity, add the exact count. The original tool applies a planning adjustment for this band; it does not calculate a confirmed order total.
03 / Technical inputs
Grab, load and working cycle.
One coordinated specification.
These reference inputs are organized from the original builder. The four original engineering review points are retained alongside them; final model and installation details need project confirmation.
| Capacity input | 1–20 t planning range; clarify grab self-weight and effective material load |
|---|---|
| Lift-height input | 6–30 m |
| Hoisting-speed input | 2–12 m/min |
| Grab volume choices | 0.25 m³ / 0.5 m³ / 1.0 m³ / project specific |
| Duty choices | M4 / M5 / M6 / M7, subject to actual working-cycle review |
| Power choices | 380V / 400V / 415V, 50Hz, 3Ph; 440V, 60Hz, 3Ph |
The original material text lists examples, not confirmation of material compatibility. Provide the actual material, bulk density and site conditions. Bucket suitability and the complete lifting-load definition need confirmation.
04 / Product gallery
Review the grab arrangement.
Bring the site dimensions.
All six original product photographs are retained. Use the selected model drawing to confirm dimensions, bucket arrangement, interfaces and installation scope.
Monorail grab hoist product view
Original product photograph; final grab and installation scope follow technical review.
Product arrangement
Original product photograph; final grab and installation scope follow technical review.
Handling unit reference
Original product photograph; final grab and installation scope follow technical review.
Installation reference
Original product photograph; final grab and installation scope follow technical review.
Beam / rail reference
Original product photograph; final grab and installation scope follow technical review.
Technical product view
Original product photograph; final grab and installation scope follow technical review.
05 / Application review
Transfer and feeding points.
Defined overhead routes.
Review bulk handling, bunker or hopper work and equipment replacement where a suspended grab arrangement suits the actual material and route.
WHAT TO CONFIRM
Material, route and cycle.
- Actual material and approximate bulk density.
- Grab self-weight, effective material load and target volume.
- Opening/closing rhythm, hoist speed and daily cycles.
- Travel path, rail/beam data and installation limits.
- Power, environment, controls and exact quantity.
06 / Before you specify
Questions for your
monorail grab hoist project.
Material and working data help define the complete grab and hoist arrangement.
Discuss your handling task ↗When should I consider a monorail grab hoist?
Review this direction for a defined beam-based or suspended handling route where collecting and releasing material with a grab suits the task. Actual material, route, supporting structure and working cycle need confirmation.
Does a 0.5 m³ bucket determine the material payload?
No. State the actual material, bulk density, grab self-weight and expected effective material load. Review these with the final lifting-capacity definition and grab specification; volume alone does not establish payload.
What details are needed for beam and rail matching?
Send the beam or rail profile, travel path and length, available dimensions, support limits and site photos. For replacement, include the old nameplate and mounting or trolley dimensions.
What does the quantity choice do to the estimate?
The original model applies +6% for 2 sets, +12% for 3 sets and +18% for Project quantity. These are planning adjustments, not multiplication by an exact order quantity. Specify the actual quantity and quotation basis separately.
Why do power and material text not change the budget?
The original formula has no independent factors for power, free-text material or rail/beam details. They are preserved in the enquiry, while material suitability and the final electrical or installation scope may affect the confirmed quotation.
Does VFD + Remote retain both original control adders?
Yes. The original model adds the Remote and VFD reference amounts together. The final drive, controls, opening/closing functions, working duty and speeds need to be defined in the technical proposal.
07 / Your monorail grab enquiry
Tell us the material.
Show us the handling route.
Your grab configuration, material, rail/beam details, project notes and planning reference are included with the enquiry. Add grab self-weight, effective material load, density and the exact quantity.
- WhatsApp / phone+86 155 1554 5327
- Sales enquiriessales@cy-cranes.com
- Talk about your projectCall +86 155 1554 5327
Useful files: beam drawing, travel route, grab/hoist nameplate, installation photos and material data. Include the opening/closing cycle and destination power supply.
Request a Monorail Grab Hoist Quote
Start with your email and destination. Add the project details you already know.
Review the configuration included with your enquiry
Prefer email? Send your configuration ↗