动力包胶链条滚筒输送机
Série de convoyeurs à rouleaux motorisés revêtus de caoutchouc

Chain Powered Rubber-Covered Roller Conveyor

The chain Powered Rubber-Covered Roller Conveyor uses a chain drive and rubber-covered roller design to achieve efficient and stable cargo conveying. The motor spacing is 1, 500 mm, and the conveying load is 150 kg per meter, ensuring smooth and continuous movement of goods. It is suitable for warehouses, factories, and logistics sites, especially for transporting heavier or softer goods. It can extend, retract, and turn freely.

Vitesse
0.3-40 m/min adjustable
Capacité de charge
150 kg/m
Largeur effective
500/600/800/1 000 mm
Taux de rétraction
1:2.9/1:1.2
Marchandises concernées (poids maximal recommandé par article)

Chain Powered Rubber-Covered Roller Conveyor Maximum weight per item (reference)

Le poids maximal réel dépend des conditions d'utilisation et de la configuration spécifiques.

Fût métallique
Poids maximal (par article)
200 kg/pièce
Fût en plastique
Poids maximal (par article)
200 kg/pièce
Lancer
Poids maximal (par article)
200 kg/pièce
Carton
Poids maximal (par article)
200 kg/pièce
En sachet
Poids maximal (par article)
100 kg/pièce
Options du produit

Chain Powered Rubber-Covered Roller Conveyor Product Options

Choisissez les pièces en option, les éléments structurels et les configurations auxiliaires adaptés en fonction des conditions du chantier.

Aucune image disponible
#1 Le corps est en acier inoxydable 304.
Aucune image disponible
#2 : Équipé d'un moteur étanche.
Aucune image disponible
#3 : Passage à des moteurs antidéflagrants
Aucune image disponible
Armoire électrique étanche #4
#5 Spacer Bar
Barre d'écartement #5
#6 Optical sensor
Capteur optique #6
#7 Double-Wheel Swivel Caster
Roulette pivotante à double roue #7
Certifications et rapports

Chain Powered Rubber-Covered Roller Conveyor Qualifications and Reports

Consultez les certificats, les rapports d'essai et les certificats de brevet relatifs à ce produit afin de vérifier plus facilement ses caractéristiques et ses fondements techniques.

Certificats

CE Certificate

Certificat CE

PDF
National Conveyor Industry Brand Promotion Selection - Top 10 Conveyor Brands

Sélection nationale pour la promotion des marques du secteur des convoyeurs – Les 10 meilleures marques de convoyeurs

PDF
High-Tech Enterprise Certificate

Certificat d'entreprise de haute technologie

PDF
3A Heavy Quality and Credit-Keeping Enterprise

Entreprise notée « 3A » pour sa qualité et sa solvabilité

PDF
3A Contract-Honoring and Credit-Keeping Enterprise

3A : Entreprise respectueuse de ses engagements contractuels et rigoureuse en matière de gestion du crédit

PDF
3A Heavy Contract-Honoring and Credit-Keeping Enterprise

3A : une entreprise rigoureuse dans le respect de ses engagements et la gestion de ses crédits

PDF
3A Quality Service Integrity Unit

Unité « Qualité, Service et Intégrité » 3A

PDF
3A Enterprise Credit Rating Certificate

Certificat de notation de crédit d'entreprise 3A

PDF
3A Enterprise Credit Rating Certificate

Certificat de notation de crédit d'entreprise 3A

PDF
3A Honest Operation Demonstration Unit

3A : Unité de démonstration du fonctionnement en conditions réelles

PDF
3A Honest Supplier Enterprise

3A : une entreprise fournisseur intègre

PDF
Alibaba Enterprise Certification Certificate

Certificat de certification d'entreprise Alibaba

PDF
ISO Certificate - Chinese

Certificat ISO - Chinois

PDF
ISO Certificate - English

Certificat ISO - Anglais

PDF
TUV Certificate

Certificat TÜV

PDF
CCTV-2 Finance Channel Broadcast Honor Certificate

Certificat d'honneur pour une émission diffusée sur la chaîne financière CCTV-2

PDF
Photos et vidéos réelles

Chain Powered Rubber-Covered Roller Conveyor Case Videos

Consultez la configuration des équipements, leur état sur site et les détails de leur fonctionnement grâce à des galeries de photos et des vidéos.

Photos et vidéos réelles

Vidéos de présentation des produits

Découvrez en un clin d'œil les principes de configuration et de fonctionnement de ce produit grâce à des vidéos consacrées à la sélection, à l'installation et à l'utilisation.

Puissance d'origine

Découvrez les équipements de production, l'environnement de l'atelier, la capacité de traitement et le contrôle qualité grâce à des photos et des vidéos réelles.

工厂图片 1
Image

Photo de l'usine 1

工厂图片 2
Image

Photo de l'usine n° 2

工厂主图
Image

Image principale de l'usine

工厂图片 4
Image

Photo de l'usine n° 4

工厂图片 3
Image

Photo de l'usine n° 3

Caractéristiques techniques

Caractéristiques et données techniques

Consultez les paramètres essentiels, les spécifications détaillées et les documents téléchargeables par modèle.

Chain Powered Rubber-Covered Roller Conveyor Technical Specifications

PRRC-C-1.5

Paramètres de l'équipement
Nom du paramètre Specification / Parameter Remarques
Longueur totale Rétracté : 680 mm
Dégagement : 1 500 mm
Standard
Extension ratio 1: 3 Standard
Load-bearing 250 kg/m Per meter
Vitesse 0,3 à 40 m/s
Adjustable speed, frequency control
1 minute
Largeur 500/600/800 mm Largeur de travail standard
Rouleau 54 mm (rubber-covered), ≥1.5T Galvanisé/201
Shaft core Q235 Standard
Leg bracket (main H-frame) 40 × 40 mm, acier au carbone ≥ 1,8 T
Electrostatic surface spraying
Standard
Support leg 35 × 35 mm, acier au carbone ≥ 1,8 T
Electrostatic surface spraying
Sleeve structure design / adjustable height
Épaisseur de la paroi de la structure en acier ≥ 3,0 T, Q345
Paramètres des accessoires
Nom du paramètre Spécifications/paramètres Remarques
Réducteur à engrenages 1 gear reducer configured per 1.5 m Type de moteur : moteur asynchrone triphasé IE4
Onduleur 0,75 kW / 1,5 kW / 2,2 kW, Shengbang Configuré en fonction de la longueur
Panneau de configuration Forward/Reverse/Stop/Speed Control Standard
Boîtier de commande électrique According to the requirements of the relevant national standards Disjoncteur : 32 A Schneider
Rated Voltage Normes : 220 V / 380 V / 50 Hz
Single-phase/Three-phase
Standard
Chaîne POM, zinc-plated carbon steel pin shaft, 40P Résistant à l'usure
Mode de transmission Double-row sprocket chain drive
Variateur de fréquence (moteur à engrenages + transmission par chaîne ou courroie)
Variable-frequency drive is suitable for scenarios that require speed adjustment
Casters Roue perforée orange de taille moyenne : 4 pouces
Wheel surface width: 30 mm
Hauteur de la roue : 120 mm
Pivot avec frein
Autres paramètres
Nom du paramètre Spécifications/Paramètres Remarques
Equipment electrical control box and wiring Use 1.5 sq. wire and parallel wiring. Wiring must meet standards / power cable leakage protection
Product Dimensions
Largeur effective Overall Body Width
500 mm 731 mm
600 mm 831 mm
800 mm 1 031 mm
Autres paramètres
1: Three standard bracket options available: 550-580 / 750-905 / 900-1250; other sizes require custom manufacturing.
2: Number of rollers per section: 11.
3: The spacing between rollers is 100 mm (when using spacing rods, the spacing is 50 mm), and the roller center distance is 150 mm.
4 : Pour un virage à 90 degrés, il est recommandé d'opter pour deux sections.
5 : Pour un virage à 180 degrés, il est recommandé d'opter pour quatre sections.
Garantie
Article Période Remarques
Machine body warranty period 12 mois
Chain warranty period 12 mois
The conveyor body and motor are warranted for one year, and the transmission chain is warranted for six months.

During the warranty period, if any parts have quality issues due to non-human damage, we will provide the corresponding replacement parts free of charge. However, as international shipping is involved, the related freight costs must be borne by the customer.

If equipment or parts are damaged due to improper manual operation, improper use, improper maintenance, or other reasons, or if the issue occurs outside the warranty period, both the cost of replacement parts and the shipping costs shall be borne by the customer.

Pour les commandes à l'international, la période de garantie est calculée à compter de la date du connaissement ; pour les commandes nationales, elle est calculée à compter de la date de livraison ou d'arrivée des marchandises.

The chain Powered Rubber-Covered Roller Conveyor is mainly used for horizontal conveying and transfer of goods in warehouses, factories, and logistics sites. It is suitable for metal drums, plastic drums, rolls, cartons, and lightly weighted bagged goods. With chain drive and rubber-covered rollers, it is designed to transport heavier goods or goods with softer surfaces that require reduced contact impact through sorting, buffering, and loading/unloading transition sections in a stable manner. Before purchase, check four items first: whether the single-item weight and load per meter are within range, whether the bottom surface of the goods is suitable for roller conveying, the required retraction and extension lengths on site, and the height and width connection with the turning sections and the front and rear equipment. If there are clear requirements for insertion length, turning radius, or overall line layout on site, these parameters should be confirmed according to the final model or engineering requirements.

Applicable Sites and Cargo Limits

The known configuration of this model group is 1.5 m per section, making it suitable for conveying sections that need to be flexibly extended, retracted, and turned between fixed workstations. It is more commonly used as an in-warehouse transfer section, a buffering section in front of a loading/unloading opening, or a transition section between other conveying equipment.

Suitable cargo forms include:

  • Metal drums, single item not exceeding 150 kg
  • Plastic drums, single item not exceeding 150 kg
  • Rolls, single item not exceeding 150 kg
  • Cartons, single item not exceeding 150 kg
  • Bagged goods, single item not exceeding 80 kg

When judging on site, in addition to weight, also consider the bottom surface and shape of the cargo:

  • For drums and rolls, confirm stability after contact with the rollers to avoid deflection caused by point loading
  • For cartons, confirm the flatness of the bottom surface to prevent sinking or jamming when crossing the rollers
  • Although bagged goods have a lower single-item weight limit, also check whether the bags are prone to deformation and whether the bottom surface is likely to catch on the rollers
  • When the surface is softer or the outer packaging needs reduced hard contact, rubber-covered rollers make it easier to control the contact condition than ordinary metal rollers
chain Powered Rubber-Covered Roller Conveyor
Convoyeur à rouleaux à chaîne, recouvert de caoutchouc

Comment interpréter les principaux paramètres

When purchasing, first check the key parameters that affect layout and load capacity; there is no need to expand all dimensions at once. The key points clearly defined for the current model are as follows:

Paramètres Impact on selection Comment confirmer sur place
Effective width 500/600/800/1000 mm Determines whether goods can be placed stably and whether single-lane or parallel conveying is needed Measure the maximum overall width of the goods, pallet, or bottom support width, and leave allowance for deviation
Load capacity 150kg/m Determines the weight of goods that can be carried per unit length Count the number of goods and the spacing on the conveyor section, and verify the load per meter
Speed 0.3-40m/min Determines how it works with manual loading and unloading, scanning, and buffering cycle times Confirm according to the incoming material speed upstream, manual operation cycle time, and downstream receiving capacity
Extension ratio 1: 2.21 Determines the footprint when retracted and the coverage length when extended Measure both the storage-area length and the length that needs to be covered during operation
Base length A 680 mm / Fully extended length C 1500 mm Determines the minimum and maximum installation states of a single unit Check the clearance next to walls, columns, passage openings, and between workstations
Roller diameter 50 mm Affects the passing condition when the bottom of the goods crosses the rollers Check whether the contact surface of cartons, drum bottoms, or coil materials is suitable for 50 mm roller contact

It is known that this model is equipped with one geared motor per 1.5 meters, featuring start/stop, forward/reverse, emergency stop, and stepless speed control from 0.3-40m/min. The leg height can be adjusted manually, and it comes with foot-operated locking swivel casters for easy on-site movement and positioning.

Extension, turning, and length layout

The practical value of this type of equipment lies not only in conveying, but also in its ability to be extended, retracted, and redirected according to on-site requirements. With a known single-unit base length of 680 mm, a fully extended length of 1500 mm, and an extension ratio of 1: 2.21, the key point when arranging it in passages, doorways, temporary loading and unloading areas, and between column grids is to verify both the operating state and the retracted state at the same time.

It is recommended to judge the layout in the following order:

  1. First confirm the actual length that needs to be covered after extension.
  2. Then confirm whether the retracted state will occupy a fire passage, forklift passage, or pedestrian passage.
  3. At turning positions, confirm the inner and outer side clearances to avoid the equipment hitting columns, guardrails, shelf corners, or door frames after turning.
  4. If multiple units need to be connected in series, the total extended length and total retracted length should be calculated according to the quantity before confirmation.

If the site requires the equipment to enter a fixed workstation, be arranged close to the edge, or bypass obstacles before connecting to the downstream line, the actual footprint after turning, turning angle, and multi-unit arrangement method should all be confirmed according to the final model or engineering requirements.

Same series as Convoyeur à rouleaux motorisé recouvert de caoutchouc if the site is more focused on conveying and transferring heavier goods under chain drive, this model can be used; if the site is more focused on another drive structure, a comparison can be made at the same time Multi-V-belt Powered Rubber-Covered Roller Conveyor; the key items to verify are still the goods weight, bottom-surface condition, line length, and on-site turning layout, and the drive name should also be checked at the same time.

How the front and rear sections are connected

Chain Powered Rubber-Covered Roller Conveyor is usually not used in isolation; in many sites it is placed between the incoming goods area, packing area, buffer area, and loading/unloading area as a transition. When connecting, focus on confirming the following items:

  • Upstream incoming method: manual loading, non-powered roller push-in, or delivery by another powered conveyor
  • Downstream receiving method: manual pick-up, buffer storage, or integration into another roller line
  • Height connection: the leg height can be adjusted manually, but the height difference between the upstream and downstream roller surfaces still needs to be confirmed on site
  • Width alignment: the effective width should match the upstream and downstream conveyor widths, or leave allowance for feeding in
  • Cycle alignment: if the upstream side delivers goods in batches and the downstream side sorts manually, the speed adjustment range should be included in the layout
  • Safety alignment: operating space should be reserved for personnel crossing the line, standing at the side, and picking up items at the curved section

If the site is a loading/unloading position with a height difference between the truck opening and the warehouse floor line, this type of roller conveyor is usually used as a horizontal transfer section; when climbing or descending is involved, first confirm whether it needs to be matched with Convoyeur micro-hydraulique ou Grand convoyeur hydraulique coordinated, and then recheck the height at both ends, the connection length, and personnel positioning.

Aménagement et entretien sur site

When used on site, in addition to conveyor parameters, you should also pay attention to mobility, locking, and maintenance convenience.

Common points to watch for during layout and use:

  • After the equipment is moved into position, the casters must be locked to prevent shifting during loading, unloading, or turning
  • After adjusting the leg height, recheck the level of the entire roller surface to reduce cargo deviation
  • The reverse function is suitable for short-distance backing up, position correction, or clearing the line, but the reverse direction should avoid areas where personnel stay
  • The emergency stop button should be positioned so operators can reach it quickly
  • If there is a lot of dust or packaging debris on site, the chain and roller contact areas should be cleaned regularly
  • If transporting easily rolling goods such as drums or rolls, confirm the limiting method or receiving method at curved sections and at the end

During maintenance communication, the buyer usually needs to explain: approximate daily working hours, whether the type of goods is fixed, whether the equipment needs to be moved frequently, and whether the layout direction changes often. This makes it easier to confirm the number of motor configurations, the operating speed range, and the frequency of daily inspections.

FAQ

1. Is it suitable for transporting bagged goods?
It is suitable for bagged goods with a single piece not exceeding 80 kg, but you also need to confirm whether the bag body is likely to sag, rub, or catch on the rollers. When the shape of bagged goods varies greatly, the bottom bearing condition should be checked first.

2. Can it be used for drums and rolls?
It can be used for metal drums, plastic drums, and rolls, with a single piece not exceeding 150 kg. Before purchase, confirm the bottom contact surface, center of gravity position, and stability when passing through curved sections.

3. How should the speed be selected?
The known speed range is 0.3-40 m/min. For stations such as manual loading and unloading, scanning, and sorting, the speed usually needs to be kept within a more manageable range. The specific operating speed should be confirmed according to the on-site cycle.

4. Which length parameters need to be confirmed?
At minimum, confirm the base length per section of 680 mm, the fully extended length of 1500 mm, and the total length of the entire equipment when retracted and extended. For multi-section combinations, the total extended length and total retracted length need to be calculated based on the number of sections before confirmation.

Confirmation before purchase

When submitting an inquiry or layout request, it is recommended to explain the following information at once so it is easier to quickly determine whether this model is suitable for the site:

Informations à fournir What it directly affects Suggested way to describe it
Cargo type Roller contact condition and passage stability Specify whether it is metal drums, plastic drums, rolls, cartons, or bags
Single-piece weight and maximum overall dimensions Load-bearing capacity, width, and turning stability Provide the maximum weight and the length, width, height, or diameter
Length that needs to be covered on site Number of equipment sections and extended length Explain the minimum working length and maximum working length
Storage dimensions Whether the footprint after folding is suitable Provide clearance dimensions for wall-side, pillar-side, and aisle-side placement
Type and height of upstream and downstream equipment Conveying surface connection and leg adjustment range Explain whether the front and rear sections are manual workstations, roller lines, or incline equipment
Operator handling method Speed setting and safety layout Explain whether it is for manual loading and unloading, scanning, diversion, or buffering
Movement frequency Caster wheels, locking, and layout method Explain whether it is used at a fixed location every day or moved frequently

If the site has strict requirements for turning angles, combined length of multiple sections, the overall footprint of the machine, or height matching with other equipment, these dimensions must be confirmed according to the final model or by engineering.