SEER Robotics Robotic Automatic Charging Station (SCS-2002)

A robot that can find its own way through a warehouse still stops dead when its battery runs flat and nobody is around to help. The SEER Robotics Robotic Automatic Charging Station (SCS-2002) is built for that moment: it is the fixed point a robot returns to so that autonomy does not depend on a person with a cable.

The product is available through this page, by quotation.

Background

SEER Robotics and its lineage

SEER Robotics (06106.HK) describes itself as a platform-based embodied intelligent robotics company built around the Robot Brain. It serves more than 2,500 customers worldwide with intelligent robotics solutions. A charging station from a company of this kind is not an accessory bought on the side. It is one part of a wider system in which robots, software and power supply are designed to work together.

That context matters for buyers in the Caribbean who run, or plan to run, mobile robots in distribution centers, factories, hotels' back-of-house areas or other busy sites. When the robot and the charger come from the same maker, there is one party to ask about how the pair behaves.

Positioning of the SCS-2002

The SCS-2002 is sold as a Robotic Automatic Charging Station, intended as an automatic charging station for robots. Its automatic charging is based on robots from SEER Robotics, so it is meant to serve that robot family rather than to be a universal charger for any vehicle. It also supports manual charging, so a person can still connect a battery by hand when the situation calls for it. It has a new industrial design.

Its compatible battery is the New AMB, a lithium iron phosphate battery. The station is also intelligent in the way it charges: it automatically adjusts its power supply strategy according to the battery feedback, instead of pushing a fixed output regardless of the battery's condition.

Technical Specifications

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

The manufacturer has not published the operating temperature, the humidity range, the network connectivity, the contents of the box, the charging time or the certifications; they are confirmed at quotation.

What makes the SCS-2002 different from a plain battery charger?

An ordinary charger waits for a person. Someone carries the battery or the vehicle to it, plugs in a connector and later unplugs it. The SCS-2002 is designed around a different idea: the robot comes to the station, and charging begins as part of the robot's normal cycle. Its automatic charging is based on robots from SEER Robotics, which is what ties the station to a specific robot family.

The second difference is the way power is delivered. The station automatically adjusts its power supply strategy according to the battery feedback. In practical terms, the battery takes part in the conversation, and the station responds to it. For a site manager, that means one less thing to set by hand and one less chance of a charging routine that does not match the battery it serves.

The third difference is that the station does not trap you in full automation. Manual charging is supported, through an LP24-4P connector. If a robot is parked for maintenance, or if a battery has to be topped up away from the dock, a technician can connect directly. Automatic use for daily operation and manual use for exceptions is a sensible split, and this station offers both.

What should I know about the electrical side?

Two electrical figures are listed for this model. The input frequency is 50 / 60 Hz, which means the station is specified for either common mains frequency. The maximum output voltage is 54.75±0.2 V, which is the ceiling the station delivers to the battery it serves.

The suitable product is the New AMB with a lithium iron phosphate battery. Because the station is matched to that battery, you should check the pairing with your robot model when you ask for a quotation. No further electrical figures are listed for this model.

Who is the SCS-2002 for?

The first group is operators of SEER Robotics mobile robots who want charging to stop being a manual task. Warehouses, factory floors and logistics yards are typical places where robots run in shifts, and where a dock that restores battery without a person nearby keeps the fleet moving.

The second group is integrators and robot builders who deliver complete projects. They need a charging station that belongs to the same ecosystem as the robot, so the handover to the customer is cleaner. Browse the Charging Stations category to see the other stations in the range, since the right model depends on the robot and the battery it carries.

The third group is maintenance teams. Because manual charging is supported through the LP24-4P connector, technicians keep a direct route to the battery when they need one. Companies planning a wider automation project can also look at the Factory Robots category to see what the station would serve.

If your robots use a different battery from the New AMB, this model is not the match to assume. Tell us your robot and battery when you request a quotation, and we will point you to the right station.

What is the SCS-2002 used for?

1. Automatic recharging between tasks. A robot returns to the station and charges without an operator.
2. Keeping a fleet running across shifts. A dock at a fixed point means robots can top up during quiet periods.
3. Manual charging when needed. The LP24-4P connector lets a technician charge a battery directly.
4. Battery-aware power delivery. The station adjusts its power supply strategy according to the battery feedback.
5. Serving New AMB batteries. The station is specified for the lithium iron phosphate New AMB battery.
6. Fixed charging points in industrial sites. Its new industrial design is intended for working environments such as factories and logistics areas.

Pricing and Availability

We do not print prices on this page. Quotation is the way to buy: send us your robot model, the battery you use and the quantity, and we respond with an offer. Delivery, customs and support are arranged with the quotation, so you know the whole picture before you commit. The SCS-2002 is available on this page.

Frequently Asked Questions

What is the SCS-2002?

It is the SEER Robotics Robotic Automatic Charging Station, an automatic charging station for robots. It also supports manual charging.

Which battery does it suit?

The suitable product model is the New AMB, a lithium iron phosphate battery.

How big is the station?

The dimensions are 466 x 417 x 299 mm (length x width x height).

What are the input and output figures?

The input frequency is 50 / 60 Hz and the maximum output voltage is 54.75±0.2 V.

Can I charge by hand?

Yes. The station supports manual charging through an LP24-4P connector.

Is the charging time or certification information available?

Neither the charging time nor the certifications are published. Ask for them when you request your quotation.

Where can I buy the SCS-2002 and what does it cost?

You can buy it through this page by requesting a quotation. The cost is given in the quotation, together with delivery, customs and support arrangements.

Summary

The weak link in many robot projects is not the robot's navigation but the moment its battery runs low. The SCS-2002 addresses that point with automatic charging based on SEER Robotics robots, battery-aware power delivery and a manual option through the LP24-4P connector. Its figures are 466 x 417 x 299 mm, 50 / 60 Hz input and 54.75±0.2 V maximum output, matched to the New AMB lithium iron phosphate battery. If you want your robots to keep working without waiting for a person with a cable, this page is the starting point.