Kinco Driver / Motor (FD134S-CB-000)

A mobile robot is judged in the first metre and the last. Pulling away under load, braking cleanly at a docking station, holding a line through a tight aisle: those moments depend less on the chassis or the navigation software than on the electronics that turn a command into current at the wheel. The Kinco Driver / Motor (FD134S-CB-000) sits exactly at that point. It is a member of Kinco's FD1X4S family, a range whose manufacturer describes a maximum 3x overload design intended to sharpen a vehicle's start-stop response, and it pairs a 750 W rated output with protections against overcurrent, overvoltage and excess temperature.

Robots Europa, based in Dublin, supplies the FD134S-CB-000 to integrators, machine builders and research teams throughout the European Union and the DACH region. Every order is handled by quotation, which allows Robots Europa to confirm the exact variant, the documentation you need and the delivery arrangements before anything is committed, and the same team remains your point of contact for technical questions after the drive has been installed.

Background

Kinco and its motion control lineage

Kinco is an automation manufacturer whose catalogue spans motion control, operator panels and controllers for industrial machinery. Its drive and motor ranges are widely used by builders of automated equipment who want components that are designed to work as a family rather than sourced piece by piece from different suppliers. In the robotics sector, Kinco drives are commonly found inside automated guided vehicles and autonomous mobile robots, where a low-voltage drive has to manage traction motors reliably over long shifts. The FD134S-CB-000 belongs to that tradition: a drive conceived for machines that move themselves rather than for a fixed machine tool.

The FD1X4S series and its place in vehicle design

The FD1X4S line is presented by its manufacturer as a vehicle-oriented drive range. The key idea is overload capacity: a design that allows up to three times the nominal load for short periods, which the manufacturer links directly to a faster start-stop response. For a vehicle that accelerates, decelerates and repositions many times an hour, that headroom is what separates a sluggish platform from a responsive one. The entire product line is CE certified and compliant with RoHS environmental standards, which matters to European builders who must document conformity for the complete machine. Within the series, the sources name several variants, among them FD134S-LA-000, FD134S-LB-000, FD134S-CA-000, FD134S-CB-000, FD134S-EA-000, FD134S-EB-000 and the D2-suffixed versions FD134S-CB-000-D2, FD134S-LB-000-D2 and FD134S-CB-020-D2. The figures on this page relate to the CB variant; the differences between the variants are clarified by Robots Europa when a quotation is prepared.

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; these are confirmed at quotation.

What does the 3x overload design mean for a mobile robot?

Traction drives in mobile robots rarely work at a steady load. A vehicle carrying goods spends much of its time cruising at modest current, then demands a sharp burst when it pulls away, climbs a ramp or stops at a precise point. A drive sized only for the continuous load would either struggle in those moments or force the designer to choose a larger, heavier unit than the duty cycle really needs. The FD134S-CB-000 addresses this with a maximum peak current of 80 A against a rated current of 25 A, consistent with the series' overload design, which the manufacturer ties to quicker start-stop response.

For the integrator, the practical consequence is that the drive can be sized to the average working load while still having reserve for acceleration and braking. That tends to simplify the electrical design of the vehicle and keeps the motion feeling crisp to operators who work alongside it. The overcurrent, overvoltage and thermal protections provide the counterweight: when a burst is demanded too often or for too long, the drive protects itself rather than failing silently.

Why does the rated current depend on cooling?

The published rating is 25 A, with the qualification that up to 20 A is available without additional cooling. This is an important detail for anyone planning the enclosure of a robot. In a compact chassis with little airflow, the drive should be treated as a 20 A unit for continuous operation; where the designer adds a heatsink, forced ventilation or a thermally conductive mounting surface, the full rated current becomes usable. Planning this early avoids nuisance thermal trips in service and helps the drive's thermal protection stay in reserve rather than becoming part of the daily routine. Robots Europa can discuss the intended installation when preparing the quotation, so that the cooling assumption is clear from the outset.

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

The first group is builders of automated guided vehicles and autonomous mobile robots for intralogistics: companies developing tuggers, pallet movers or shelf transporters, for whom start-stop responsiveness and documented CE conformity are both requirements. Readers in this field will find related equipment in our Logistics Robots category.

The second group is machine builders and system integrators in manufacturing who equip transfer carts, rail-guided shuttles or mobile manipulators on the shop floor; our Factory Robots category gives an overview of the platforms this kind of drive supports. A third group consists of universities, research institutes and development teams who build their own mobile platforms and want an industrial-grade drive with clear protection functions instead of a hobby-grade controller.

Buyers whose project calls for a different drive in the Kinco range may also wish to look at the Kinco Driver / Motor (FD124S-CB-005). On the motor side, Kinco motors such as the Kinco Driver / Motor (SMC80S-0075-30MAK-5DSU) are listed in our range; whether a particular motor pairs with the FD134S-CB-000 for your application is confirmed by Robots Europa at quotation rather than assumed.

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

1. Traction drives for AGVs: controlling the wheel motors of guided vehicles that follow fixed routes through a facility.
2. Autonomous mobile robots: supplying responsive acceleration and braking for robots that navigate freely among people and racking.
3. Warehouse transport: moving totes, pallets and trolleys between storage, picking and dispatch areas.
4. Production line logistics: feeding materials to workstations with carts that stop precisely at each station.
5. Mobile manipulation: driving the base of a platform that carries a robot arm from task to task.
6. Research and prototyping: giving development teams an industrial drive for experimental vehicle platforms.

Pricing and Availability

The FD134S-CB-000 is offered on a quotation basis, so that the correct variant, the quantity and any documentation requirements can be agreed before an order is placed. Delivery, customs and support are arranged with the quotation, with Robots Europa coordinating supply to customers across the EU and the DACH region. If you are comparing several variants of the FD1X4S series, please mention this in your enquiry so that the quotation can set them side by side. To begin, the request form for a quotation 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, or up to 20 A without additional cooling.

What peak current can the drive deliver?

The maximum peak current is 80 A. This headroom supports the series' overload design, which the manufacturer links to faster start-stop response in vehicles.

What logic supply does the drive require?

The logic power supply is 24 V DC, which is a common control voltage in mobile robot and AGV electrical systems.

Which protection functions are built in?

The drive provides overcurrent, overvoltage and thermal protection. These functions help protect the drive and the wider vehicle electrics when operating limits are exceeded.

Is the drive CE marked?

Yes. The entire FD1X4S product line is CE certified and compliant with RoHS environmental standards, which supports the conformity documentation of the finished machine.

How do the FD134S variants differ from one another?

The sources name several variants, including LA, LB, CA, CB, EA and EB versions as well as D2-suffixed versions. The specific differences are not set out on this page, so Robots Europa confirms them against the datasheet when preparing your quotation.

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

You can buy it from Robots Europa, which supplies customers throughout the EU and the DACH region. The cost depends on the variant, quantity and delivery arrangements, so it is set out in an individual quotation that you can request on this page.

Summary

The first metre and the last are where a mobile robot earns or loses the confidence of the people who work with it, and the FD134S-CB-000 is designed with those moments in mind. A 750 W rating, an 80 A peak current and the FD1X4S series' 3x overload design give a vehicle the reserve it needs to pull away and stop with authority, while overcurrent, overvoltage and thermal protection guard the drive when demands run high. CE certification and RoHS compliance across the line suit European machine builders, and the cooling-dependent current rating rewards careful enclosure planning. For AGV and AMR builders, factory integrators and research teams who want to specify the drive properly and source it from Robots Europa, this page is the starting point.