---
title: "Potato Receiving Footprint Measurement: Dimensions for a Layout Drawing"
url: https://www.spudmate.com/nl/potato-receiving-footprint-measurement/
description: "A practical measurement checklist for potato receiving layouts, covering truck approach, transfer heights, conveyor and stacker envelopes, service access,…"
published: 2026-10-26
updated: 2026-10-26
author: "xtlaigc"
site: "Tianjin Goldilocks Co., Ltd."
---

# Potato Receiving Footprint Measurement: Dimensions for a Layout Drawing

## Key takeaways

- Measure the vehicle and material routes as operating envelopes, not just empty floor areas.
- Show conveyor adjustment ranges and stacker reach zones on the drawing.
- Reserve service, inspection, sampling and component removal access.
- Accept the layout with a recorded crop trial and a revised project drawing.

## Measure the operating space first

A potato receiving layout needs dimensions for equipment, vehicles, material movement and access. Start with the building grid: walls, columns, doors, floor levels, drainage and overhead obstructions. Mark where trucks stop, where potatoes enter the process and where bulk product or filled bags leave. Establish a common measurement origin and floor-level reference so that site measurements and equipment drawings can be overlaid. Label the drawing units, and distinguish measured dimensions from estimates. Include projecting door hardware, low beams and other local restrictions that may disappear when the building is represented as a simple rectangle.

Distinguish the stationary machine outline from its operating envelope. Adjustable conveyors, moving discharge positions and vehicle doors can occupy space beyond that outline. Show these positions on the plan and use elevations to check overhead conflicts.

Use the [potato processing solutions overview](https://www.spudmate.com/#solutions) to establish the process sequence. Then prepare a scaled site drawing with fixed boundaries, equipment positions and movement routes clearly separated.

- Building length, width, clear height and structural obstructions
- Truck approach direction, stopping position and turning path
- Door openings, floor levels, drainage and loading surfaces
- Material entry, storage, bag and vehicle exit routes

## Record truck approach and load handling

Measure the truck route from the site entrance to unloading. Include turning space, stopping position, discharge height and opened doors or tailboards. Check each expected vehicle type rather than using one assumed truck rectangle. Record whether the vehicle enters forward, reverses into position or must turn after unloading. Show waiting vehicles separately from the unloading position, including any space they occupy near doors or pedestrian routes. Where approach space is uncertain, arrange a site movement check and record the vehicle dimensions and path used.

For ton-bag operations, distinguish incoming bag handling from outgoing filled-bag movement. Mark support, staging and empty-bag return positions. The [ton-bag receiving and storage line](https://www.spudmate.com/products/potato-ton-bag-receiving-storage-line/) combines cleaning, picking, lifting, reversible conveying and hydraulic buffer filling. Its configured dimensions and bag-handling interfaces need project confirmation.

Compare vehicle discharge height with the proposed receiving inlet. Any ramp, pit or platform requires project review. Record approach slopes and surface conditions that could change the usable stopping position.

- Vehicle envelope at its actual unloading position
- Door, tailboard and bag-opening movement
- Full-bag, empty-bag and personnel routes
- Discharge height, floor level and approach surface

1. Truck approach
2. Receiving transfer
3. Storage movement
4. Loading or bag route

Conceptual receiving workflow showing movement paths, not machine layout or scale.

## Map the conveyor envelope and transfer points

The BSSJ8-08 measures 8050 × 1300 × 1300 mm, with an 800 mm belt, an 800 mm inlet height and a 490–890 mm outlet height. Draw the selected outlet elevation and its relationship to the next receiving surface; the overall dimensions alone do not define installed access.

At every hand-off, mark travel direction, discharge location and the receiving edge. Check the drop and alignment rather than simply joining machine rectangles. The [BSSJ8-08 conveyor](https://www.spudmate.com/products/potato-conveyor-bssj8-08/) has adjustable height and speed, a detachable feeding baffle, rubber side protection and a finger-shaped buffer.

Request the adjustment envelope, drive and guard positions needed for the project drawing. Mark route crossings and control locations without assuming a cable route or clearance. Transfer inspection should not depend on moving a parked truck. Give each transfer point an identifier that appears on both the plan and elevation views. Record its inlet and outlet references, selected setting and receiving edge. This makes a height conflict easier to resolve without confusing overall machine height with the actual product discharge elevation.

- Overall frame envelope and adjustment range
- Inlet and outlet elevations at the selected setting
- Product drop point and receiving surface
- Access side, transfer inspection zone and route crossings

| Equipment | Published dimensions | Confirm for the layout |
| --- | --- | --- |
| Ton-bag receiving and storage line | Configured-line dimensions not stated | Complete arrangement, transfer heights, bag interfaces and access |
| BSSJ8-08 conveyor | 8050 × 1300 × 1300 mm; 800 mm belt; inlet 800 mm; outlet 490–890 mm | Selected elevations, adjustment envelope and service access |
| BDDY-818 bulk stacker | Length 17500–22600 mm; width 2500 mm; height 3110 mm | Discharge positions, movement limits and vertical operating envelope |

[![Conveyor assembly with a belt supported by a metal frame.](https://www.spudmate.com/wp-content/uploads/2026/10/spudmate-potato-conveyor-bssj8-08-1024x512.jpg)](https://www.spudmate.com/products/potato-conveyor-bssj8-08/)

BSSJ8-08 conveyor for transfers between process stages.

## Allow for stacker reach and storage movement

For bulk stacking, draw the machine position, storage destinations and vehicle-loading positions separately. Include repositioning space and confirm the discharge locations that the selected configuration can serve. A long machine does not necessarily reach every part of a storage area.

The [BDDY-818 bulk-potato stacker](https://www.spudmate.com/products/potato-stacker-crane-bddy-818/) has a stated overall length of 17500–22600 mm, width of 2500 mm and height of 3110 mm. Its telescopic conveyor supports bulk storage, stacking and loading; its lifting section uses a harvesting chain to filter impurities. It is not a ton-bag lifting crane.

Use the length range as a longitudinal planning reference, not a discharge-reach radius. Confirm movement limits and operating heights on the project drawing, then check them against walls, overhead obstructions, truck turning paths and pile-access routes. Show more than one position when the stacker must serve different destinations. Label the planned storage boundaries and the routes needed to reach them; do not infer a pile height or storage volume from machine dimensions. A destination is usable only when the proposed discharge position and the necessary access can coexist.

- Machine position and stated overall length range
- Confirmed discharge positions and storage or loading destinations
- Vertical operating envelope and overhead obstructions
- Repositioning, vehicle and inspection routes

[![Long conveyor assembly mounted on a wheeled frame.](https://www.spudmate.com/wp-content/uploads/2026/10/spudmate-potato-stacker-crane-bddy-818-1024x512.jpg)](https://www.spudmate.com/products/potato-stacker-crane-bddy-818/)

BDDY-818 conveyor assembly for bulk potato stacking and loading.

## Separate service clearance from process space

Reserve space for observation, adjustment, cleaning and component removal. Identify control positions, guards, drives and transfer points on the drawing. Obtain service-clearance requirements for the configured equipment instead of assuming that the published width includes them. Mark these zones separately from product flow and vehicle movement so they remain visible during layout revisions. Discuss which access must remain available during operation and which requires a planned shutdown. Where a removal route passes through a doorway, check the opening and route against the component and handling method proposed for the project.

Separate observation during operation from work requiring shutdown and isolation. Plan blockage-clearing and maintenance access using the equipment instructions and site procedures. A reachable transfer point is not, by itself, a safe working position.

Show occasional removal space as well as routine access. A component may need a clear lifting or withdrawal path beyond the normal walkway. Keep temporary pallets, tools and sampling stations outside those reserved zones.

- Operator observation and adjustment side
- Guard, drive and transfer inspection locations
- Component removal and lifting route
- Temporary pallet and sampling space kept outside access zones

## Choose the configuration from the measured constraints

Resolve the least movable constraint first. Place the truck receiving point if approach geometry controls the site; place the storage operating zone if destination access controls it. Use elevation views early when building height limits transfers. Compare feasible arrangements against the same checklist rather than selecting the smallest machine outline. A shorter route may still obstruct service access, while another arrangement may require additional transfer coordination. Record unresolved dimensions and the person responsible for confirming each one before treating an option as ready for approval.

The product table separates usable dimensional references from details still needed for layout approval. The decision table identifies what to measure, what to change and what evidence should close each conflict.

Use the [ton-bag receiving and storage planning guide](https://www.spudmate.com/ton-bag-potato-storage-receiving-stacking/) for movement routes and the [gentle potato handling conveyor guide](https://www.spudmate.com/gentle-potato-handling-conveyor-design/) for transfer planning. Neither replaces the project drawing.

- Place the least movable constraint first
- Show operating ranges, not one stationary position
- Label dimensions separately from planning assumptions
- Confirm access and vehicle routes before layout approval

| Constraint | Check | Layout decision | Acceptance evidence |
| --- | --- | --- | --- |
| Truck cannot align | Turning path, unloading position and opened-door envelope | Move intake or revise approach | Site movement check records the vehicle used, unloading alignment and exit path |
| Transfer heights conflict | Selected inlet and outlet elevations, discharge point and receiving edge | Adjust or relocate the interface | Measured elevations match the revised drawing; crop trial records transfer containment |
| Stacker blocks loading | Confirmed discharge positions, movement limits and vehicle routes | Separate zones or reposition equipment | Annotated plan and site check show access to each intended storage and loading destination |
| Service side is obstructed | Required inspection access and component-removal paths | Rotate or relocate equipment | Shutdown access check records available space against the configured equipment requirements |
| Bag movement crosses product flow | Full-bag, empty-bag and personnel routes | Revise staging or sequence | Trial log records staging positions, route conflicts and the agreed movement sequence |

## Run a layout trial and define acceptance

Before material testing, compare the installed arrangement with the approved drawing. Check truck positions, transfer elevations, movement limits and access routes. Record dimensional changes on a revised drawing rather than leaving them as verbal agreements. Agree which dimensions will be checked, how they will be measured and what project-specific acceptance limits apply. Use the same reference points established during the site survey. Photograph or annotate conflicts so the team can distinguish an installation discrepancy from a layout assumption that needs reconsideration.

Run an agreed representative crop trial. Log sample condition, feed rate, equipment settings, destination and bag movements. Observe spills, stoppages and route interference. Test maintenance access separately under the appropriate shutdown procedures.

BSSJ8-08 and BDDY-818 each have an approximate 80 t/h rating; matching ratings do not establish line throughput. The receiving line has project-specific capacity. Agree the trial flow, acceptance criteria and final drawing revision before testing.

- Check the empty arrangement against the approved drawing
- Use a representative crop sample and recorded operating condition
- Observe transfer containment, access and route interference
- Record changes, limits and the final drawing revision

## Send the measurements for a project layout review

Use our [project contact form](https://www.spudmate.com/#contact) to send the crop type and condition, target flow, vehicle dimensions and approach direction, building length and width, clear height, door and column positions, floor levels, storage destinations, bag routes, service access requirements, power information and proposed acceptance sample. We can review these inputs against the receiving arrangement and prepare the next drawing discussion.