Kinco Driver / Motor (FD134S-CB-000)

Nobody admires a motor driver until a vehicle stutters at the first push or overheats on the third shift. The Kinco Driver / Motor (FD134S-CB-000) belongs to the quiet class of parts that decide how a robot feels to the people working beside it: how promptly it starts, how steadily it stops, and how much current margin it keeps in reserve.

The product is available through this page, by quotation.

Background

The brand and the product line

Kinco is the brand behind this driver, and FD134S-CB-000 is one code in a family of FD134S variants. The sources name FD134S-LA-000, FD134S-LB-000, FD134S-CA-000, FD134S-CB-000, FD134S-EA-000, FD134S-EB-000, FD134S-CB-000-D2, FD134S-LB-000-D2 and FD134S-CB-020-D2. The letters and numbers in each code separate one configuration from the next, so check the exact code on your bill of materials before you order. Every figure in this article belongs to FD134S-CB-000 and to no other version.

Kinco drivers appear in the catalog of mobile robot and automation components that this store group carries. They sit alongside other Kinco driver and motor products, such as the Kinco Driver / Motor (FD124S-CB-005), which suits readers who want to compare neighboring models in the same family of drives.

Positioning and key technology

The FD1X4S series is built around a design that tolerates a maximum of 3x overload. The purpose is to improve the vehicle's start-stop response speed. For anyone building a vehicle that stops and starts all day, that is the central point. A driver that can briefly deliver well beyond its continuous rating lets the vehicle accelerate crisply without forcing you to size every component for a worst case that lasts only a moment.

The entire product line is CE certified and compliant with ROHS environmental certification standards. For a builder who ships robots to customers in regulated markets, that matters before the first drawing is signed off.

The FD134S-CB-000 also carries protections against overcurrent, overvoltage and thermal conditions. These are the three faults that most often damage a drive in the field, so their presence on the specification sheet is useful to a design engineer.

Technical Specifications

Specifications as published by the manufacturer; confirmed against the datasheet at quotation.

The manufacturer has not published the weight, the dimensions, the operating temperature range, the IP rating, the efficiency or the contents of the box; they are confirmed at quotation.

What does the rated current tell you about cooling?

The current rating of this driver comes in two parts, and the difference between them is worth understanding before you design an enclosure. The rated current is 25 A, and up to 20 A is available without additional cooling. In plain terms, a vehicle that runs near the top of that range needs a way to carry heat away from the driver. That might be a heat sink, a metal mounting surface or airflow inside the chassis. A vehicle that stays at or below 20 A can be designed without that extra step.

This split gives you a useful planning rule. Look at the real duty cycle of your drive wheels: how long they push, how often they stop, and how much of the day they spend under load. If the typical current sits comfortably under 20 A, the thermal design is simple. If it climbs toward 25 A, cooling becomes part of the mechanical design from the first prototype rather than a fix at the end.

The peak current of 80 A sits well above both figures. It is the headroom for the short, sharp demands of getting a loaded vehicle moving, and it works together with the 3x overload design of the series. The thermal protection is there to defend the driver if conditions go beyond what the enclosure can handle.

How does the 24 V DC logic supply fit into a robot design?

The logic power supply is 24 V DC. That is a very common control voltage on mobile platforms and in industrial automation, so it is likely to be on your vehicle already. Compare it with your own power architecture, and ask us about the main power supply for the motor stage, because the figure we hold is for the logic supply only.

Having the logic supply at 24 V DC keeps wiring simple on many vehicles: one control rail serves the controller, the sensors and the driver logic. Your engineering team will also want to look at connectors, signal interfaces and communication options, and you can raise those with us when you request a quotation.

Who is the Kinco Driver / Motor (FD134S-CB-000) for?

The first group is the builders of autonomous mobile robots and automated guided vehicles. They need a drive stage with a clear current rating, a peak figure for acceleration and protections that guard against common faults. The Logistics Robots category shows the kind of vehicle where such a driver does its daily work: carts and carriers that start and stop hundreds of times per shift.

The second group is the integrators of factory equipment. If you are modernizing a line or building a transfer unit, a 750 W driver with 24 V DC logic can fit in many motion axes. The Factory Robots category covers the wider setting.

The third group is maintenance and service teams. When a driver on an existing vehicle fails, they need the exact code, because the FD134S family has several variants that differ in their suffix. Matching the code on the failed unit to the replacement avoids a costly mismatch. If your vehicle uses a different driver in the family, send us the code from the nameplate.

The fourth group is the robot developers and research teams who prototype with a known part before committing to a production run. For readers who need a different Kinco model, the pages for the Kinco Driver / Motor (SMC60S-0040-30QAK-5BSU) and the Kinco Driver / Motor (SMC80S-0075-30MAK-5DSU) are good places to compare.

What is the Kinco Driver / Motor (FD134S-CB-000) used for?

1. Drive wheels on mobile robots. The driver turns control commands into motor current for the wheels, with a peak current for pulling away under load.
2. Start-stop duty in logistics vehicles. The 3x overload design is aimed at quicker start-stop response in vehicles that repeat the cycle all day.
3. Automated guided vehicles in factories. A 24 V DC logic supply fits the control rails commonly found on industrial vehicles.
4. Replacement in existing fleets. Matching the exact FD134S code allows a like-for-like swap during maintenance.
5. Prototype and research platforms. A driver with stated current figures and protections gives developers a defined starting point.
6. Machine axes in automation equipment. At 750 W rated power, it can serve motion axes where a compact drive stage is needed.

Pricing and Availability

Pricing for the Kinco Driver / Motor (FD134S-CB-000) is given by quotation. Send us your configuration, the quantity and the project details, and we will come back with a quotation for the exact variant. Delivery, customs and support are arranged together with the quotation. The Kinco Driver / Motor (FD134S-CB-000) is available on this page.

Frequently Asked Questions

What is the rated power of the FD134S-CB-000?

The rated power is 750 W. The rated current is 25 A, and up to 20 A is available without additional cooling.

What is the maximum peak current?

The maximum peak current is 80 A. The series is also designed for a maximum of 3x overload.

What logic supply does it need?

The logic power supply is 24 V DC.

What protections does it include?

It provides overcurrent, overvoltage and thermal protection.

Is it certified?

The entire FD1X4S product line is CE certified and compliant with ROHS environmental certification standards.

Does it need extra cooling?

Up to 20 A is available without additional cooling. Running toward the 25 A rated current calls for a way to carry heat away from the driver.

Where can I buy the Kinco Driver / Motor (FD134S-CB-000) and what does it cost?

You can request it through this page. The cost is given in a quotation that is prepared for your configuration and quantity, and delivery, customs and support are arranged with it.

Summary

A driver rarely gets credit when a vehicle moves well, and it gets all the blame when it does not. The Kinco Driver / Motor (FD134S-CB-000) offers 750 W of rated power, 25 A of rated current with 20 A possible without extra cooling, an 80 A peak, a 24 V DC logic supply, a 3x overload design for start-stop response, and protection against overcurrent, overvoltage and thermal faults. If you are specifying a drive for your next vehicle, this page is the starting point.