Kinco Driver / Motor (FD134S-CB-000)

Two current figures printed side by side can tell an engineer more than a page of marketing. The Kinco Driver / Motor (FD134S-CB-000) is rated at 25 A, yet the same line adds that it holds up to 20 A without additional cooling. That single qualification turns a component choice into a design conversation about enclosures, airflow and duty cycles, and it is exactly the kind of detail that separates a drive that merely fits a robot from one that suits it. Add a maximum peak current of 80 A, a 750 W power rating and a family-wide 3x overload design aimed at start-stop response, and the picture is of a drive built for vehicles that accelerate and brake many times an hour.

Robots Middle East supplies the Kinco Driver / Motor (FD134S-CB-000) to robot builders, system integrators and fleet operators across the Middle East. Robots Middle East prepares each quotation against the customer's application, arranges delivery into the region and supports the drive after installation, so that engineering teams receive the exact version their project requires before they commit to a bill of materials.

Background

Kinco and its place in automation

Kinco is an industrial automation manufacturer whose catalogue spans motion control products such as drives and motors alongside control hardware. Its drives are widely encountered in machine building and, increasingly, in the mobile robotics sector, where compact power electronics must turn navigation commands into precise wheel motion. This particular drive appears within the SEER Robotics robot-building ecosystem, which brings together controllers, peripherals and drive components for builders of autonomous mobile robots and automated guided vehicles.

The FD1X4S family and its design priorities

The FD134S-CB-000 belongs to Kinco's FD1X4S drive series, a line whose characteristics point clearly towards vehicle applications. The series uses a maximum 3x overload design, which improves the vehicle's start-stop response speed. The entire product line is CE certified and compliant with RoHS environmental standards. For a buyer, those two points frame the family well: it is engineered around the moments when a robot demands a burst of torque, and it is documented to the conformity standards that procurement and safety teams routinely ask for.

Technical Specifications

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

The manufacturer has not published the weight, dimensions, operating temperature range, IP rating, efficiency or the contents of the box; Robots Middle East confirms these at quotation.

What does the 20 A and 25 A rating mean for my vehicle design?

The rated current of the FD134S-CB-000 is 25 A, but the drive holds up to 20 A without additional cooling. In practice, this means the continuous current a builder can rely on depends on how the drive is mounted and ventilated inside the robot. A drive bolted to a metal chassis plate with forced airflow sits in a very different thermal situation from one enclosed in a sealed compartment beside a battery pack.

For designers, the sensible approach is to size the application against the figure that matches the intended installation. If the vehicle's continuous load falls comfortably within 20 A, the cooling arrangement can remain simple. If the duty cycle pushes towards 25 A, additional cooling becomes part of the mechanical design rather than an afterthought. The 80 A maximum peak current then covers the short bursts that occur when a loaded vehicle pulls away or climbs a ramp, and the 3x overload design of the series is intended precisely for those transient demands.

The built-in protections against overcurrent, overvoltage and thermal conditions provide a further safeguard. Regenerative energy during braking, a stalled wheel or a blocked ventilation path are the kinds of events these protections are designed to address, helping to keep a fault from becoming damage to the drive or the motor it controls.

How does the FD134S-CB-000 relate to the other FD134S versions?

The sources name several FD134S designations: 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 figures on this page belong to the CB variant; no figures for the other versions have been supplied, so their characteristics are not given here. Where a project calls for a particular interface, mounting or configuration, Robots Middle East identifies the matching designation before quoting, ensuring the part ordered is the part specified.

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

The first and most obvious group is builders of autonomous mobile robots and automated guided vehicles. These teams need a drive whose current headroom matches frequent acceleration and deceleration, and the combination of a 750 W rating with an 80 A peak suits that profile. Many such vehicles are destined for warehouses and distribution centres, and buyers in that segment may also wish to browse our Logistics Robots range.

The second group is system integrators working on factory transport, where robots move materials between production cells. Here the CE and RoHS status of the series simplifies documentation for customers with strict compliance requirements. Related platforms are collected under Factory Robots.

The third group is maintenance and fleet teams who already operate vehicles built on the SEER Robotics ecosystem and need a replacement or a spare drive. For those teams, matching the exact designation is the priority.

Engineers comparing drive options within the Kinco range may also review the Kinco Driver / Motor (FD124S-CB-005), another member of the same drive series; Robots Middle East can explain the differences between them. For the motor side of the drivetrain, Kinco motors such as the Kinco Driver / Motor (SMC80S-0075-30MAK-5DSU) are also listed, and Robots Middle East advises on suitable pairings.

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

1. Autonomous mobile robots: driving the wheel motors that carry goods through warehouses and production halls.
2. Automated guided vehicles: providing controlled acceleration and braking on fixed routes and at docking points.
3. Factory material transport: moving parts and work-in-progress between production cells.
4. Robot development platforms: giving engineering teams a documented drive for prototypes and pilot vehicles.
5. Fleet maintenance: replacing or holding in reserve drives for vehicles already in service.
6. Retrofit projects: upgrading the drive electronics of existing mobile platforms during refurbishment.

Pricing and Availability

The Kinco Driver / Motor (FD134S-CB-000) is supplied on a quotation basis, which allows Robots Middle East to match the correct version, the cooling requirements of your installation and any companion components before an order is placed. Delivery, customs and after-sales support are arranged with the quotation. To begin, please submit a request through the quotation form available on this page.

Frequently Asked Questions

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

The drive has a rated power of 750 W.

Why are two current figures given?

The rated current is 25 A, but up to 20 A is available without additional cooling. The usable continuous current therefore depends on how the drive is cooled in your vehicle.

What peak current can it deliver?

The maximum peak current is 80 A, which covers the short bursts needed when a vehicle starts or climbs under load.

What logic supply does it need?

The drive takes a 24 V DC logic power supply.

Which protections are built in?

The drive includes overcurrent, overvoltage and thermal protection.

Is the drive certified?

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

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

You can buy it from Robots Middle East, which supplies it across the Middle East. Pricing is provided by quotation, prepared for your version and application.

Summary

The most revealing line in this drive's specification is the gap between 20 A and 25 A, because it reminds every builder that a drive's capability is shared between the electronics and the vehicle around it. The Kinco Driver / Motor (FD134S-CB-000) brings a 750 W rating, an 80 A peak, a 24 V DC logic supply, built-in protections and the start-stop focus of the FD1X4S series. Designed into a vehicle with suitable cooling and paired with the right motor, it becomes a dependable part of a mobile robot's drivetrain. For robot builders and fleet operators in the Middle East who want that decision matched to the correct version, this page is the starting point.