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ATS / MTS Kenya
ATS / MTS

ATS / MTS Kenya

ATS/MTS solutions from Paneltech Systems provide reliable Automatic and Manual Transfer Switches for seamless power transfer in industrial and commercial electrical systems.

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Nationwide Delivery

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Product Description

ATS and MTS Kenya – Automatic and Manual Transfer Switches Power interruptions can disrupt your home, office, or industrial operations, leading to downtime, loss of productivity, or even damage to sensitive equipment. To prevent such disruptions, ATS (Automatic Transfer Switches) and MTS (Manual Transfer Switches) are essential solutions widely used across Kenya. Designed to ensure a smooth and reliable transition between the main power grid and backup generators, these switches offer peace of mind and efficiency for residential, commercial, and industrial users. What is an ATS (Automatic Transfer Switch)? An ATS is a smart electrical device that automatically detects when the primary power source fails. Upon detection, it instantly switches the electrical load from the main grid to a backup generator. This automatic operation ensures continuous power supply, eliminating the need for manual intervention and reducing the risk of downtime. ATS units are particularly beneficial for facilities where power continuity is critical, such as hospitals, data centers, manufacturing plants, and office buildings. In addition, ATS systems protect sensitive electrical equipment by preventing sudden surges or interruptions during power transitions. What is an MTS (Manual Transfer Switch)? For situations where automatic switching is not necessary, a Manual Transfer Switch (MTS) provides a reliable and cost-effective alternative. Unlike an ATS, an MTS requires a user to physically switch the load from the main power source to the generator. While manual, these switches are easy to operate, safe, and highly durable, making them suitable for homes, small offices, workshops, and industrial settings where backup power is needed but automation is not critical. MTS units allow users to maintain full control over their power system, which can be an advantage in some operational scenarios. Key Features of ATS & MTS Automatic switching during power outages (ATS) Manual load control for backup operations (MTS) Reliable performance even under Kenya’s variable power conditions Durable construction designed to withstand high loads and frequent switching Compatibility with generators and the main power grid Enhanced safety to protect both equipment and users Benefits of Using ATS & MTS in Kenya Uninterrupted Power Supply – Avoid downtime for homes, offices, or industrial operations. Equipment Protection – Prevent damage caused by sudden power loss or surges. Operational Efficiency – Maintain productivity even during prolonged outages. Ease of Use – ATS handles automatic switching; MTS provides a simple manual option. Cost-Effective Solutions – Choose an MTS for budget-friendly backup or an ATS for fully automated protection. Applications Residential Homes – Keep essential appliances running during blackouts. Commercial Offices – Maintain business continuity with minimal disruption. Industrial Facilities – Protect machinery and critical processes. Healthcare Facilities – Ensure uninterrupted power for life-saving equipment. Conclusion Whether you are looking for automatic reliability with an ATS or a cost-efficient manual option with an MTS, these transfer switches are a vital component of any power backup system in Kenya. By investing in an ATS or MTS, you safeguard your home, office, or industrial facility against unexpected power interruptions, reduce downtime, and ensure operational efficiency at all times. Available across Nairobi, Mombasa, and other regions, our ATS and MTS solutions are designed to meet Kenya’s unique power requirements with durability, efficiency, and safety.

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Frequently Asked Questions about ATS / MTS Kenya

Stock ATS panels range from 63 A residential units through 100 A, 125 A, 160 A, 250 A, 400 A, 630 A, 800 A, 1250 A, 1600 A, 2000 A, 2500 A, and up to 3200 A for industrial sites. Sizing follows the downstream continuous load plus a 10–25% headroom, with the withstand and closing rating (WCR) matched to the prospective short-circuit current at the switch location.
The ATS controller monitors voltage on all three phases and the neutral, plus frequency stability. Configurable thresholds — typically under-voltage at 85% of nominal for more than 3 seconds, or any phase loss for more than 1 second — trigger the transfer sequence: signal generator start, wait for stable generator output (voltage and frequency within tolerance), open utility breaker, close generator breaker. Re-transfer to mains follows the reverse sequence with a configurable cool-down period (typically 5–10 minutes).
Standard open-transition ATS panels transfer in 4–8 seconds including generator start time — suitable for general commercial and residential loads. For mission-critical loads (hospitals, data centres, financial services) we supply closed-transition ATS panels that parallel both sources for 100 milliseconds, eliminating the visible power gap. Where any interruption is unacceptable, static transfer switches with sub-cycle (4 ms) transfer are available.
Yes. Our ATS panels are brand-agnostic on the generator side — Cummins, Perkins, Caterpillar, FG Wilson, Volvo, MTU, Kohler, and the locally-assembled Mantrac and Power Solutions ranges are all supported. The interface needs three signals: a remote-start dry contact from ATS to generator AVR, a "generator available" signal back to the ATS (typically a voltage-sensing relay), and an emergency-stop loop. Communication-based interfaces (Modbus, J1939) are supported on premium controllers.
An ATS senses the outage and transfers load automatically — operator-independent, but adds the controller cost and a battery-backed UPS for the controller itself. An MTS (Manual Transfer Switch) requires an operator to throw the handle, making it 30–40% cheaper but only suitable where an operator is always available within minutes of an outage. For residences with a small standby generator the MTS is common; for businesses where unattended operation matters the ATS pays back quickly in avoided downtime.