SMQ340 Smart Bevel Helical Geared Motor
SMQ340 Smart Bevel Helical Geared Motor is designed for production equipment where mechanical reduction, variable-speed drive, and control functions need to be integrated into one compact drive unit. It combines a geared motor platform with drive and control capability, reducing the need to select a separate gearbox, motor, inverter, and communication arrangement for certain machine positions.
The product is especially suitable for ceramic slab tile glazing lines where stable low-speed operation, speed regulation, communication capability, high-temperature working conditions, and simplified maintenance are important. It can also be reviewed for conveyors, logistics equipment, food and beverage machinery, textile machinery, and intelligent production equipment that require integrated motor-reducer-control operation.
- Start From 1 Unit
- 15Days Delivery
- OEM Support
34.6–143 r/min output speed range
0.75–1.5 kW power range
0–150 Hz speed adjustment range
IP65 protection level
55°C high-temperature environment fit
Bus communication, host / app transmission
Product Overview
Integrated Smart Gearmotor for Ceramic and Intelligent Conveyor Drives
SMQ340 is built for production equipment where a conventional motor, reducer, inverter, and control arrangement would create more component-matching work, wiring complexity, and maintenance points. The integrated structure combines mechanical transmission with drive and control functions, helping OEM engineers simplify the drive architecture for selected machine sections.
For ceramic slab tile glazing lines, SMQ340 supports stable low-speed operation and speed adjustment. This is useful where tile transfer, glazing motion, and conveyor coordination need controlled speed behavior. The communication and data-transmission functions support intelligent production management, parameter storage, and line coordination.
SMQ340 fits ceramic slab tile glazing lines, ceramic conveyors, intelligent conveyor systems, logistics transfer equipment, food and beverage production machinery, textile machinery, and OEM equipment where transmission, drive, and control functions should be handled as one integrated drive unit.
*Final model and drawing should be confirmed before quotation.
Engineering Features
SMQ340 combines mechanical reduction, motor drive, and control functions in one compact drive unit. This helps reduce external component matching work for suitable machine sections.
The product is designed around ceramic slab tile glazing and related conveyor drive requirements where stable low-speed movement, speed adjustment, and line coordination are important.
The SMQ340 product data supports a 0–150 Hz speed adjustment range. Final usable frequency range should be checked according to motor data, load torque, cooling, and machine safety limits.
Bus communication and host computer data transmission support intelligent production management, speed coordination, parameter storage, and machine-level monitoring where the control system is configured accordingly.
Mobile app debugging gives maintenance and commissioning teams a more practical way to review settings and operating status where the function is supported by the selected configuration.
IP65 protection supports equipment positions where dust and water exposure need stronger protection than a standard open industrial drive package. Cleaning method and actual exposure should still be confirmed.
The product data indicates suitability for a 55°C high-temperature environment. Cabinet-free installation, line-side heat exposure, and thermal derating should still be reviewed before final selection.
SMQ340 platform models can be based on SNKG and NCJ mechanical drive configurations. Mechanical platform, torque class, ratio, installation length, and shaft interface should be confirmed by drawing.
Working Principle
How the SMQ340 Smart Geared Motor Works
01.
Integrated Motor and Drive Input
SMQ340 combines motor and drive-related functions in one product platform. Motor power, voltage, frequency range, cable outlet, and electrical connection should be confirmed before order confirmation.
02.
Gear Reduction Platform
The mechanical gear platform reduces motor speed and transmits torque to the output side. Depending on the selected platform, the unit may be based on SNKG or NCJ related mechanical configurations.
03.
Speed and Control Management
The drive and control functions manage speed adjustment, operating frequency, communication, and machine-side control requirements. Host computer data transmission and bus communication should be matched with the customer’s control system.
04.
Machine-Side Output
The output side connects to ceramic glazing equipment, conveyor sections, logistics machines, or other production equipment. Output shaft, mounting direction, torque requirement, and installation dimensions should be checked by drawing.
Model and Configuration Logic
Base
Class
Speed
Power
Range
Interface
Layout
Confirmation
Technical Datasheets
| Item | Data |
|---|---|
| Product name | SMQ340 Smart Bevel Helical Geared Motor |
| Product type | Integrated smart geared motor |
| Functional integration | Transmission + drive + control |
| Output speed | 34.6–143 r/min |
| Power range | 0.75–1.5 kW |
| Speed adjustment range | 0–150 Hz |
| Input form | With motor; with input flange |
| Protection level | IP65 |
| Environmental fit | 55°C high-temperature environment |
| Control features | Bus communication, host computer data transmission, mobile app debugging |
| Application direction | Ceramic slab tile glazing lines, intelligent conveyors, logistics, food and beverage, textile machinery |
| Series model | Speed ratio | Speed adjustment | K length 0.75 kW | K length 1.1 kW | K length 1.5 kW | L length 0.75 kW | L length 1.1 kW | L length 1.5 kW |
|---|---|---|---|---|---|---|---|---|
| SNKG405 Series | 15 / 20 / 25 / 30 / 35 / 40 / 45 / 55 / 70 | 0–150 Hz | 223 mm | 223 mm | 243 mm | 546 mm | 546 mm | 566 mm |
| SNKG200 Series | 10 / 15 / 20 / 25 / 30 / 43 | 0–150 Hz | 223 mm | 223 mm | 243 mm | 462.5 mm | 462.5 mm | 482.5 mm |
| NCJF04Y2 Series | 11 / 17 / 29 / 43 / 59 / 73 / 87 | 0–150 Hz | 223 mm | 223 mm | 243 mm | 505.5 mm | 505.5 mm | 525.5 mm |
| Platform model | Rated output torque | Use direction |
|---|---|---|
| SNKG200AF | 200 N·m | Ceramic glazing and conveyor platform direction |
| SNKG405F | 400 N·m | Higher-torque ceramic or conveyor platform direction |
| NCJF24Y2F | 400 N·m | Compact helical gearmotor platform direction |
| NCJT03Y2F | 400 N·m | Foot-mounted compact helical platform direction |
| NCJF04AF | 500 N·m | Higher-torque compact helical platform direction |
| Configuration item | SMQ340 handling |
|---|---|
| Main product | Smart bevel helical geared motor |
| Functional integration | Transmission + drive + control |
| Mechanical platforms | SNKG200AF, SNKG405F, NCJF / NCJT related platform models |
| Power configurations | 0.75 kW, 1.1 kW, 1.5 kW |
| Speed adjustment | 0–150 Hz |
| Input form | With motor; with input flange |
| Control features | Bus communication, host computer data transmission, mobile app debugging |
| Protection | IP65 |
| Environment | 55°C high-temperature environment fit |
| Drawing requirement | Mechanical drawing + wiring / control document required before final confirmation |
| Selection path | Best fit | What to confirm |
|---|---|---|
| SMQ340 Smart Bevel Helical Geared Motor | Integrated transmission, drive, and control for ceramic lines and intelligent conveyors | Platform, power, speed range, communication, IP65, cable outlet, drawing |
| SNKG Ceramic Bevel-Helical Geared Motor | Mechanical ceramic-line geared motor without integrated smart drive-control functions | Output speed, torque class, motor power, mounting, shaft connection |
| NCJ Compact Helical Gear Motor | General compact helical gearmotor for small and medium industrial equipment | Output speed, torque, motor power, mounting, terminal box position |
| SV200 Frequency Converter | Standalone inverter for electronic speed control of a separate motor or geared motor | Motor type, power, control mode, I/O, braking, environment |
| Permanent Magnet Synchronous Motor | High-efficiency inverter-driven motor path for compact drive packages | Inverter matching, speed range, torque, voltage, cooling |
| SCR / STCR Gear Motor Reducer | Compact gear motor reducer where SCR/STCR form factor better matches the machine | Ratio, shaft diameter, motor type, mounting, brake requirement |
| Function | Use direction |
|---|---|
| Bus communication | Connects the drive unit to machine control systems where supported |
| Host computer data transmission | Supports data review, parameter coordination, and production management |
| Mobile app debugging | Supports commissioning and parameter review where available |
| Speed adjustment | Used when ceramic line speed, conveyor speed, or production rhythm needs adjustment |
| Integrated drive control | Reduces the need for a separate external inverter in suitable configurations |
| Parameter storage | Useful for repeatable machine settings and maintenance reference |
| Control interface confirmation | Required before wiring and commissioning |
| Item | Confirmation point |
|---|---|
| Protection level | IP65 |
| High-temperature environment | 55°C fit according to product data |
| Cable outlet | Confirm direction, connector, and installation clearance |
| Mechanical mounting | Confirm shaft, flange, foot, torque arm, or platform-specific mounting |
| Cooling condition | Confirm ambient temperature, duty cycle, and heat exposure |
| Ceramic line contamination | Review glaze, water, dust, and cleaning condition |
| Installation space | Confirm K / L dimension, motor position, and service access |
| Control cabinet relationship | Confirm whether the machine uses integrated or separate control architecture |
| Required data | Why it matters |
|---|---|
| Required output speed, r/min | Confirms ratio and operating point |
| Required output torque, N·m | Used to select mechanical platform and torque class |
| Motor power, kW | Confirms 0.75 / 1.1 / 1.5 kW configuration direction |
| Speed adjustment range | Required for 0–150 Hz configuration review |
| Mechanical platform preference | SNKG / NCJ related platform direction |
| Ratio if known | Helps confirm output speed and installation length |
| Voltage range | Required for electrical selection |
| Communication requirement | Bus communication, host computer data, or basic control |
| Mobile app debugging requirement | Required if app-based commissioning is expected |
| Cable outlet direction | Required for installation and wiring clearance |
| Control system type | PLC, host computer, local control, or integrated control |
| Protection requirement | IP65 or project-specific requirement |
| Ambient temperature | Especially important for 55°C ceramic-line environments |
| Duty cycle | Operating hours, starts per hour, load variation |
| Working environment | Glaze, water, dust, humidity, heat, vibration, cleaning condition |
| Existing drive layout | Motor + reducer + inverter, smart drive, or old gearmotor |
| Installation drawing or photos | Required for mechanical and wiring compatibility |
| CAD format | Required for OEM equipment design |
| Commissioning support need | Required for parameter setting and communication setup |
Mounting, Input & Output Options
Integrated Motor Configuration
Input Flange Configuration
SNKG Platform Direction
NCJ Platform Direction
Bus Communication
Host Computer Data Transmission
Mobile App Debugging
High-Temperature Ceramic Line Setup
Dimensions, Drawings & CAD
NEW
SMQ340 Datasheet
Use for output speed range, power configuration, speed adjustment range, protection level, control features, and environmental data.
MPD
Mechanical Platform Drawing
Use for shaft dimensions, flange dimensions, installation length, mounting position, and machine-side connection.
WD
Wiring Diagram
Required for power wiring, communication wiring, signal interface, cable outlet, and grounding review.
COM
Communication Guide
Required when the machine uses bus communication or host computer data transmission.
PARA
Parameter Setting Guide
Use for speed adjustment, control function, debugging, and commissioning support.
Where This Product Works Best
Ceramic Slab Tile Glazing Lines
SMQ340 is suitable where stable low-speed operation, speed adjustment, communication, and high-temperature environment fit are important to ceramic glazing-line performance.
Intelligent Conveyor Sections
The integrated drive and control functions support conveyor sections that require controlled speed, communication, and simplified drive architecture.
Ceramic Line Retrofit Projects
SMQ340 can be reviewed when an existing ceramic line uses separate motor, reducer, inverter, and control components and the project aims to simplify integration.
Production Lines with Data Transmission Needs
The host computer data transmission direction supports production equipment that requires parameter visibility, line coordination, and centralized management.
Compact Equipment Integration
The integrated structure is useful when installation space is limited and the customer wants to reduce separate drive cabinet, wiring, and component-matching work.
Typical Applications
Ceramic Slab Tile Glazing Lines
SMQ340 is designed for ceramic slab tile glazing equipment where stable low-speed motion, speed adjustment, communication, and high-temperature environment fit are required.
Ceramic Conveyor Sections
Ceramic conveyors may require coordinated speed, reduced drive-cabinet complexity, and cleaner integration between mechanical transmission and electronic control.
Logistics Conveyors
Logistics equipment may require variable-speed conveyor control, data communication, and compact drive installation.
Food and Beverage Machinery
Food and beverage production lines often need speed adjustment, washdown-aware equipment review, and reliable conveyor coordination.
Textile Machinery
Textile equipment may require controlled speed, repeatable settings, and compact integration across multiple machine sections.
Intelligent OEM Equipment
OEM machines that need integrated transmission, drive, and control can use SMQ340 to reduce separate component selection and simplify drive architecture.
FAQ
SMQ340 Smart Bevel Helical Geared Motor FAQs
SMQ340 is not only a gearbox. It is an integrated smart geared motor that combines mechanical transmission, drive function, and control capability.
No. SNKG is a dedicated ceramic mechanical geared motor. SMQ340 is an integrated smart geared motor platform that can use SNKG-related mechanical configurations while adding drive and control functions.
No. SV200 is a standalone frequency converter. SMQ340 is an integrated geared motor product that combines transmission, drive, and control in one package.
SMQ340 is mainly used for ceramic slab tile glazing lines, ceramic conveyor sections, intelligent conveyor equipment, logistics conveyors, food and beverage machinery, and textile equipment that require integrated speed control and communication.
Yes. Product data includes bus communication and host computer data transmission. The exact communication method, wiring, and control-system compatibility should be confirmed before quotation.
Product data includes mobile app debugging. The specific app function, access method, and commissioning process should be confirmed for the selected configuration.
The available data lists 55°C high-temperature environment fit. Actual suitability should be reviewed by ambient temperature, duty cycle, installation position, heat source distance, cable routing, and ventilation condition.
Send output speed, torque, motor power, voltage, speed adjustment range, communication requirement, cable outlet direction, installation drawing, working environment, and whether the application is a new machine or retrofit project.
2D drawings, wiring diagrams, parameter guides, communication data, and 3D CAD files can be requested after mechanical platform, power class, ratio, mounting direction, and control requirements are confirmed.
Related Products
Permanent Magnet Synchronous Motor
SNKG Ceramic Bevel-Helical Geared Motor
NCJ Compact Helical Gear Motor
SCR / STCR Gear Motor Reducer
YE3 High-Efficiency Three-Phase Motor
