01 Intended use
- Factory perimeter and public roads
- Allow for kerbside pickup, road coverage, access and the available working window.
The Jinjie J-XS1450 ride-on sweeper combines 1450 mm coverage and a 160 L hopper for factory aisles, parking and property roads, supporting route-based selection and organised disposal.
1450 mm sweeping width and a 160 L hopper combine route coverage with collection capacity.
View the model's appearance and operation; discuss configuration against actual site conditions.
Provide cleaning tasks, site conditions and frequency to confirm suitable configuration.
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For leaves, paper and ordinary light debris on estate main roads and property perimeters.

For dust, fragments and light debris along factory roads, warehouse surroundings and longer industrial-estate routes.

For regular fixed-route sweeping around campuses, visitor attractions and commercial sites.
Repeated manual sweeping of long estate, factory and warehouse-perimeter routes occupies staff and time.
Higher volumes of leaves and paper can cause frequent interruptions with a smaller hopper.
Pass coverage must suit estate roads, corners and available access.
Assess open areas separately from columns, bays and gateways. Compare coverage and collection on continuous routes and turns and traffic in complex areas. Include filter care and disposal in trials and check power and brushes.
Clear road width, kerbs, leaf load and pedestrian hours
Waste type, traffic, surface and distance to disposal
Gate height, narrowest section, columns and gradients
Pedestrian traffic, obstructions, level changes and disposal arrangements
Check access, debris and work patterns at the site when specifying the machine.
| Site type | Configuration and operating conditions to check | Selecting J-XS1450 |
|---|---|---|
| Residential and industrial estate roads | Clear road width, kerbs, leaf load and pedestrian hours | Check the footprint of J-XS1450 with the brushes deployed and plan the rounds for the debris load. |
| Factory and warehouse yards | Waste type, traffic, surface and distance to disposal | Separate sticky, entangling and special materials. Test collection and dust control on a representative stretch. |
| Car parks and connecting lanes | Gate height, narrowest section, columns and gradients | Check overall height, turning space and room to pass safely. Sweeping width alone cannot determine access. |
| Campus and public roads | Pedestrian traffic, obstructions, level changes and disposal arrangements | Choose a suitable time and arrange parking, disposal and maintenance before setting the route. |
Confirm selection against site measurements, the specified configuration and a representative trial.
Review day-to-day configuration first. Expand the full specifications for more detail.
| Key operating figures | |||
|---|---|---|---|
| Effective sweeping width | 1450mm | Theoretical calculation speed | 12 km/h |
| Theoretical sweeping coverage (calculated) | 17400㎡/h | Sweeping width | 1450mm |
| Hopper | 160L | ||
| Drive and electrical system | |||
| Operating voltage | 48V | ||
Calculated as effective sweeping width × the website's standard theoretical speed of 12 km/h. Maximum travel speed remains a separate specification and is not used in this formula. The result is not actual or measured productivity.
Assess sweeping coverage, collection, shifts and road access before choosing for the site.
Review task-specific features, then expand the full specification and compare it against site conditions.
Use the exterior view for operating and maintenance orientation. Consult component documentation for internal locations.

Check the machine footprint and turning space around the factory perimeter.
The main brush sweeps the floor. After shutdown, inspect it for wear and entanglement.
The side brush guides loose debris towards the sweeping path. Keep clearance from edges.
Empty according to waste volume, weight and disposal arrangements.
Check media, seals and water use against the supplied configuration.
The operator steers and yields to traffic. Maintain the power system according to the handover instructions.
This diagram explains the functions. Refer to the supplied instructions for installed parts, switching sequences and maintenance procedures.
The side brush guides suitable loose debris into the main brush path. Maintain safe kerb clearance.
The main brush sweeps and transfers debris. Brush condition, the surface and the material affect pickup.
Plan disposal around the actual hopper load and distance to the emptying point.
Assess dust collection, filter cleaning and water use on site. Shut down for end-of-shift maintenance.
Assess filtration, collection, seals and maintenance together. A filter-area or motor rating alone cannot predict dust at the site.
Identify wet, sticky, hazardous, combustible or toxic material before sweeping. Special dusts require a separate method and suitable equipment.
Identify the filter media, seals and cleaning method. Use spray only where the configuration and surface permit, and maintain the filter as specified.
During a trial, record dust, residue, pickup and maintenance frequency. Stop safely if anything appears abnormal. Confirm washability before rinsing the filter.
To compare machines, consider road layout, debris load and turning room alongside sweeping width.
| Comparison criteria | Narrower-coverage option J-XS1300 → | Current model J-XS1450 → | Wider-coverage option J-XS1460 → |
|---|---|---|---|
| Sweeping width | 1300mm | 1450mm | 1460mm |
| Hopper | 80L | 160L | 150L |
| Water tank | 30L | Ask about this option when specifying the machine. | 60L |
| Selection checks | Check clear road width, debris, turning room and supply points. | Check clear road width, debris, turning room and supply points. | Check clear road width, debris, turning room and supply points. |
Record sweeping, collection and disposal over the same period and to the same standard. Measure actual output on site.
Labour cost = crew size × hours per person × hourly rate. Record preparation, cleaning, transfers and close-down separately.
Include operation or supervision, energy, consumables, disposal and maintenance. Allocate equipment and battery costs over a suitable service period.
Record daily operating hours, routes, garbage or contaminants, and supply and shutdown times; under the same conditions, compare, and do not commit to any savings ratio that has not been calculated.
Shut down safely before checking brushes for wear and entanglement. Keep hands clear of moving parts.
Empty before reaching volume or weight limits. Hopper capacity alone does not specify safe payload.
Check installed parts for dust loading, damaged media and leaks. Wash only media approved for washing.
Check the supplied batteries, charger and charging conditions. Have a qualified technician investigate overheating, damage or electrical faults.
Record changes in level, obstacles, traffic and difficult sections. Reassess the route when conditions change.
Check drive, braking and parking as instructed. Stop if you hear abnormal noise or feel unexpected resistance.
Replace according to the manual, observed wear and duty. Supply the model, version and original part details when ordering.
Assess both, with different priorities: bays, columns and traffic for parking, plus loading activity, grit and dust for factories. Trial the actual route rather than relying only on total area.
Measure bottlenecks and gates against the body, brushes and turning space. Use continuous passes in open areas and allow safe clearance at connections; coverage is not access width.
Plan disposal around litter volume, grit weight and unloading distance. Record loading and disposal travel to divide routes into practical segments while respecting permitted loads.
Coordinate main and side brushes with routing, remove long or large debris first and maintain edge clearance. Observe centres, kerbs and columns separately to plan manual finishing.
Assess dust properties, filters and sealing, then brushes and filter cleaning. Maintain filtration for consistent collection and assess hazardous dust separately.
Provide safe charging for the actual 48 V battery and charger. Empty waste, inspect brushes, service filters and record faults after shifts, allowing maintenance time before the next team starts.
Listed coverage is 1450, 1300 and 1460 mm and hoppers are 160, 80 and 150 L. Compare access, filtration, power and disposal as well as similar coverage.
Share route maps, traffic, waste samples and shifts to identify configuration and trial priorities. Confirm brushes, filters, power and care at handover so procurement and operators share the same requirements.
The agreed service terms specify scope, charges and timing.
Before handover, check the equipment, accessories and configuration against the conditions on site.
View service support →Training covers driving or task operation, cleaning and safe shutdown for the equipment supplied.
View service support →Describe the surface, debris and schedule when discussing an operating issue.
View service support →Identify spares by the machine model, version and original part.
View service support →Confirm service area, charges and attendance arrangements in advance.
View service support →Agree on maintenance arrangements based on usage, location and condition.
View service support →
Tell us about the roads, debris and daily rounds so we can check the suitability of J-XS1450.
Phone consultation: 0755-25621811
Provide road width, sweeping area, main debris types and daily hours to assess J-XS1450.
Provide these site details to check whether J-XS1450 is suitable.