2720D Modular Belt Flight
2720D adds an upright flight to a modular carrying belt. The flight contacts the product from behind and divides the conveying surface into pockets along the travel direction.
- Component
- Modular belt flight
- Flight Materials
- POM / PP
- Layout
- Transverse upright flight
Leave Room for the Flight on the Return
The projecting flight needs clearance beneath the conveyor and around the end turns. Review its path as part of the whole belt circuit.
Add Product Support Along the Direction of Travel
A 2720D flight provides a face against which the conveyed product can rest. Repeated flight rows create pockets that separate batches or support products on an incline. Flight spacing determines the room available for each product or charge.
The flight layout must suit loading and release as well as the carrying run. Product size and tendency to roll affect the useful pocket depth. The return route must accommodate the same upright structure after the belt passes the discharge.
Specifications
| Parameter | Specification |
|---|---|
| Model | Specification: 2720D |
| Flight material options | Specification: POM / PP |
| Arrangement | Specification: Transverse modular belt flight |
| Nominal belt-width options | Specification: 152.4, 304.8, 457.2, 609.6, 762, 914.4, 1066.8 mm / 6, 12, 18, 24, 30, 36, 42 in |
| Standard-width formula | Specification: W (mm) = 152.4 × N |
| Nonstandard-width formula | Specification: W (mm) = 152.4 × N + 8.4 × n |
N and n are integer assembly increments. Finished belt width, flight height and flight spacing should be agreed together for the required layout.
Set Pocket Size and End Clearance
Use the flight drawing to specify H for height, K for flight spacing and M for the edge offset. Check the offset against side guides so the flight can pass without interference.
Trace the flight around the discharge and return. Leave sufficient space at cross-members and collection trays. Product release must occur before the flight meets a fixed obstruction.
Form Pockets on an Inclined Run
Flights can support products that would otherwise move backward relative to an inclined belt. Each pocket must accommodate the product and the way it settles during loading. Conveyor angle and product behavior need assessment together.
For batch transport, spacing between flights establishes the available pocket length. The feed position should allow material to enter between flights rather than striking an approaching flight face. No fixed incline angle follows from the component alone.
Define Your 2720D Flight Pattern
Send the required belt width, flight height, spacing and quantity with the incline and return layout. Include product dimensions or a batch description to establish the pocket arrangement.