Awtomatikong Tagapaglipat ng Kuryente na Dalawahan ang Pinagmumulan
Ang solusyon ng JUTRION na awtomatikong tagapaglipat ng kuryente na dalawahan ang pinagmumulan (ATS) ay idinisenyo para sa tuluy-tuloy na kuryente sa kritikal na karga. Pinapagana nito ang awtomatikong paglipat sa pagitan ng pangunahing suplay ng kuryente at ng reserbang pinagmumulan ng kuryente, na tinitiyak ang matatag na operasyon ng sistema sa panahon ng pagkawala ng kuryente o mga abnormalidad sa kuryente.
JUTRION-Isang Pangunahing Tagagawa ng mga Awtomatikong Tagapaglipat ng Kuryente na Dalawahan ang Pinagmumulan
Bilang nangungunang tagagawa ng ATS na may mahigit isang dekada ng napatunayang karanasan sa industriya, isinasama ng JUTRION ang in-house na R&D, precision manufacturing, at mahigpit na kontrol sa kalidad sa isang end-to-end na solusyon sa supply chain. Naghahatid kami ng mga premium at ganap na sumusunod na aparato para sa tuluy-tuloy na kuryente at personalisadong one-on-one na teknikal na suporta sa mga kliyente sa buong mundo.
Sumusunod sa Mga Pamantayan ng Industriya
Serye ng Produktong ATS ng JUTRION Electric
Serye ng Produktong ATS ng JUTRION Electric Tuklasin ang aming komprehensibong mga solusyon sa Awtomatikong Tagapaglipat ng Kuryente (ATS) na idinisenyo para sa walang patid na paglipat ng kuryente. Kasama sa maraming gamit na seryeng ito ang mga compact na uri ng DIN-rail, mataas na pagganap na PC-class, at maaasahang CB-class na mga Awtomatikong Tagapaglipat ng Kuryente na Dalawahan ang Pinagmumulan, na tinitiyak ang walang patid na suplay ng kuryente at pinakamataas na proteksyon para sa iyong mga kritikal na karga.
JR2-63 DIN-rail na Awtomatikong Tagapaglipat ng Kuryente na Dalawahan ang Pinagmumulan
JUQ5 PC class na Awtomatikong Tagapaglipat ng Kuryente na Dalawahan ang Pinagmumulan
JUQ1 PC class na Awtomatikong Tagapaglipat ng Kuryente na Dalawahan ang Pinagmumulan
JUKG7 PC class na Awtomatikong Tagapaglipat ng Kuryente na Dalawahan ang Pinagmumulan
JUQ1 CB class na Awtomatikong Tagapaglipat ng Kuryente na Dalawahan ang Pinagmumulan
JUS7 Awtomatikong Tagapaglipat ng Kuryente na Dalawahan ang Pinagmumulan
Bakit Makipagsosyo sa JUTRION Electric para sa Iyong mga Pangangailangan sa ATS?
Sa JUTRION, ang propesyonalismo ay tinutukoy ng kabuuang kontrol. Hindi tulad ng mga karaniwang assembler, kami ang gumagawa at nangangasiwa sa bawat kritikal na bahagi bago ito isama sa huling yunit ng ATS. Ang komprehensibong in-house na kontrol na ito ay nagbibigay-daan sa amin na ipatupad ang mahigpit na mga pamantayan sa kalidad sa bawat yugto ng produksyon. Hindi lamang nito tinitiyak na ang bawat awtomatikong tagapaglipat ng kuryente ay sumusunod sa mahigpit na pandaigdigang mga benchmark, kundi binibigyan din kami nito ng natatanging kakayahang umangkop upang suportahan ang mga customized na kinakailangan sa OEM/ODM nang may katumpakan at bilis.
Paano Pinapalakas ng JUTRION ang Iyong Negosyo: Ang Aming mga Komprehensibong Serbisyo
- Mga Customized na Solusyon sa OEM/ODM: Iniangkop na disenyo ng ATS, pagba-brand, at konpigurasyon upang matugunan ang iyong partikular na mga kinakailangan sa merkado at proyekto.
- End-to-End na Suporta sa Supply Chain: Maaasahang produksyon, mahigpit na kontrol sa kalidad mula sa mga bahagi hanggang sa mga tapos na produkto, at walang patid na pandaigdigang pagpapadala.
- One-on-One na Teknikal na Suporta: Direktang access sa aming propesyonal na engineering team para sa pagpili ng produkto, gabay sa pag-install, at pag-troubleshoot.
- Mahigpit na Pagtitiyak sa Kalidad at Pagsunod: Komprehensibong factory testing na tinitiyak na ang lahat ng awtomatikong tagapaglipat ng kuryente ay sumusunod sa pandaigdigang mga pamantayan sa kuryente.
Hayaan kaming bigyan ka ng mga sample para sa pagsubok at pagsusuri.
Kailangan mo man ng partikular na mga parameter o custom na pagba-brand, iaangkop ng aming engineering team ang mga sample upang ganap na tumugma sa mga kinakailangan ng iyong proyekto. Bumuo tayo ng maaasahang pakikipagsosyo simula sa isang perpektong tugma.
Gabay sa Pagpili ng ATS ng JUTRION: Paano Pumili ng Tamang ATS para sa Iyong Aplikasyon
PC-Class na ATS: Pagganap at mga Espesipikasyon
Pinagsamang heavy-duty na switch ng paghihiwalay ng karga na may iisang-yunit na istraktura, walang mga elemento ng pag-trip ng circuit breaker. Nagtatampok ng mekanikal at elektrikal na dalawahang interlocking na may tatlong posisyon (ON I – OFF – ON II) para sa kumpletong pag-andar ng paghihiwalay.
- Mataas na Kakayahang Makatiis ng Kuryente
- Walang Proteksyon sa Overcurrent
- Mabilis na Bilis ng Paglipat
- Mataas na Pagiging Maaasahan
CB-Class na ATS: Pagganap at mga Espesipikasyon
Binuo mula sa dalawang MCB/MCCB circuit breaker at may mechanical interlock. Isa itong linkage ng dalawang circuit breaker na may built-in na thermal-magnetic trips para sa proteksyon sa overload at short-circuit.
- Pinagsamang Circuit Breaker
- Proteksyon sa Overload at Short-Circuit
- Matipid at Nakakatipid sa Espasyo
- Dual na Pag-andar
| Paghahambing | PC-Class ATS | CB-Class ATS |
|---|---|---|
| Pangunahing Istruktura | Pinagsamang aparato ng paglilipat ng paglipat | Dalawang circuit breaker na may interlock |
| Proteksyon sa Sobrang Agos | Karaniwang hindi pinagsama | Pinagsama sa mga circuit breaker |
| Proteksyon sa Short-Circuit | Nangangailangan ng proteksyon sa unahan | Ibinibigay ng MCB/MCCB |
| Pagganap ng Paglilipat | Mas mabilis at mas matibay | Angkop para sa mga pangkalahatang aplikasyon |
| Karaniwang Aplikasyon | Kritikal at pang-industriyang mga karga | Residential at pangkalahatang komersyal na mga karga |
| Gastos | Mas mataas | Mas matipid |
Mga Teknikal na Parameter ng ATS
- Rated na Boltahe：AC 110V/220V/380V /400V/415V
- Rated Current：16A – 3200A
- Mga Pole：2P/3P/4P
- Oras ng Paglilipat：≤ 0.2 s (Mabilis na Uri ng Paglilipat), ≤ 2 s (Normal na Uri)
- Elektrikal at Mekanikal na Buhay：≥ 5000–10000 na mga siklo
- Paraan ng Pag-install：Awtomatiko / Manwal / Elektrikal / Remote
- Mode ng Kontrol：Sariling-awtomatiko / Manwal / Remote na kontrol
- Function ng Pagtuklas：Boltahe / Pagkawala ng phase / Pagkakasunod-sunod ng phase
- Paraan ng Pag-install：Panel / Nakapirmi / Uri ng drawer
- Enclosure：IP20 / IP30 / IP40 (opsyonal)
Mga Kondisyon sa Pagpapatakbo para sa mga Produktong JUTRION ATS
| Buod ng Paghahambing | Mga Karaniwang Modelo | Modelong Extreme |
| Na-rate na Temperatura ng Kapaligiran sa Pagpapatakbo | -5°C hanggang +40°C (Sumusunod sa IEC) | -25°C hanggang +70°C (Malawak na Saklaw ng Temperatura) |
| Mga Katangian ng Pagbaba ng Agos | Nalalapat ang pagbaba sa itaas ng 40°C ayon sa karaniwang kurba. | Buong na-rate na agos nang walang pagbaba hanggang 70°C. |
| Materyal na Panlaban sa Temperatura ng Insulasyon at Enclosure | Mataas na lakas na flame-retardant thermoplastic na may superior na panlaban sa pagtanda. | Binagong insulasyon para sa mataas na temperatura na may hindi nagde-deform na mga arc chute. |
| Mga Grado ng Bahagi ng Controller | Industrial-grade MCU na tinitiyak ang maaasahang lohika ng paglilipat ng kuryente. | Military-grade / Extended-temperature na mga bahagi para sa matatag na uptime. |
| Panlaban sa Oksidasyon sa Mataas na Temperatura ng mga Bahaging Konduktibo | Premium na silver alloy contacts na may high-purity copper busbars. | Thickened silver alloy contacts & widened red copper busbars for minimal temperature rise. |
JUTRION ATS Manufacturing Facility
OEM/ODM and Ordering Information
| Item | Available Options |
|---|---|
| Rated Current | 16A–3200A, depending on series |
| Pole Options | 2P / 3P / 4P |
| Branding | Logo, label, packaging |
| Controller | Standard or customized functions |
| Communication | RS485 / dry-contact options on selected models |
| Samples | Available for evaluation |
| Certificates | Confirm by model and market |
| Lead Time | Customized Samples: 2–3 Working Days; Bulk Order Lead Time: Confirmed Based on Order Quantity |
Everything About Automatic Transfer Switches: The Engineer’s Selection Guide
What is a dual-power automatic transfer switch (ATS)?
A dual-power automatic transfer switch (ATS) is an intelligent electrical device designed to ensure continuous power delivery for critical loads. It automatically switch electrical emergency power from a primary power source to a backup power source (such as a generator or a secondary utility line) in the event of a power failure or electrical abnormality, maintaining stable and uninterrupted system operation.
How a Dual Power Automatic Transfer Switch Works
1.Continuous Monitoring
The built-in microprocessor controller monitors the primary power supply 24/7, tracking critical electrical parameters including voltage, frequency, and phase alignment.
2.Anomaly Detection
Upon detecting a power failure or electrical abnormality—such as a total blackout, under-voltage, over-voltage, or phase loss—the controller instantaneously issues a transfer command.
3.Safe & Rapid Transition
The ATS rapidly disconnects the primary power source and automatically closes the backup power circuit within milliseconds, minimizing interruption to ensure the continuous operation of critical loads.
4.Auto-Restoration
Once the primary power grid recovers and stabilizes, the ATS safely and automatically transfers the load back from the backup source to the main supply, resuming normal operation.
Where ATS is Used: Key Industry Applications
Critical Infrastructure & Data Center
Sub-industries: Data Centers, Server Rooms, Telecom Hubs
Description: Ideal for environments where even a momentary power interruption can cause catastrophic data loss or system crashes. ATS ensures absolute power redundancy for continuous server operations.
Healthcare & Medical Facilities
Sub-industries: Hospitals, Operating Rooms, Emergency Centers
Description: Crucial for safeguarding life-support systems, medical imaging equipment, and emergency lighting, ensuring uncompromised operational safety during grid failures.
Solar & Renewable Energy Systems
Sub-industries: Solar PV Plants, Microgrids, Battery Energy Storage Systems (BESS)
Description: Dynamically manages power routing between the solar inverter, battery storage, and the utility grid. It guarantees continuous clean energy supply and seamless backup transitions.
Industrial Automation & Manufacturing
Sub-industries: Automated Assembly Lines, Chemical Plants, Semiconductor Fab
Description: Protects automated production machinery and continuous industrial processes from costly downtime, material waste, and equipment damage caused by power fluctuations.
Commercial Buildings & Infrastructure
Sub-industries: Shopping Malls, Office Towers, Airports, Hotels
Description: Widely deployed to feed critical building loads such as fire pumps, evacuation elevators, ventilation systems, and emergency exit routing illumination.
Residential & Smart Home Standby Power
Sub-industries: Apartments, Smart Villas, Remote Off-grid Cabins
Description: Seamlessly integrates into terminal distribution boxes to switch between the main utility grid and local standby generators, ensuring domestic comfort and security.
How to Choose the Right Automatic Transfer Switch (ATS)?
Class Selection: PC-Class vs. CB-Class (Core)
- PC-Class: Single-unit integrated transfer switch featuring high-speed switching and robust short-circuit withstand capabilities. Ideal for critical loads such as fire protection systems, server rooms, UPS inputs, and main utility-to-generator emergency systems. Requires upstream circuit breakers for short-circuit protection.
- CB-Class: Assembled from dual circuit breakers with integrated overload and short-circuit protection. Offers a lower cost profile and is strictly suited for non-critical, general loads like standard lighting and HVAC. Standard CB-class switches should not be deployed in critical fire protection circuits.
Rated Current Selection
- Standard Loads: Switch rated current (Ie) >= Total calculated current x 1.25.
- Inductive Loads (Motors, VFDs, etc.): The current capacity must be scaled up to 1.5 times the load current to handle high inrush current.
- Generator Circuits: Match strictly according to the generator’s rated output current.
Pole Count Selection
- 2P: Tailored for single-phase 220V circuits.
- 3P: Designed for three-phase balanced circuits with zero harmonic distortion on the neutral line.
- 4P: Mandatory for TN-S distribution systems, dual distinct power grids (e.g., utility + generator), circuits with downstream residual current protection (RCD), high-harmonic load environments, and mandatory fire protection circuits.
Two-Position vs. Three-Position Configurations
- Two-Position (ON I – ON II): Features only main and backup closed positions. Delivers faster transfer times, ideal for standard loads utilizing self-transfer and self-restoring sequences.
- Three-Position (ON I – OFF – ON II): Features an intermediate “OFF” position providing a complete physical isolation gap. Highly recommended for fire protection systems, equipment maintenance overrides, and heavy-duty motor loads to guarantee absolute power source separation.
Controller Customization Based on Project Demands
- Standard Configuration: Built-in phase loss, under-voltage, and over-voltage protection.
- Utility-to-Generator Application: Upgraded with a specialized generator start/stop time delay module.
- Data Center Automation: Upgraded with RS485 communication protocols and dry contact signal feedback.
- Fire Protection Projects: Upgraded with a forced EPS/fire linkage emergency trip function.
Dual Power Automatic Transfer Switch Maintenance and Testing
- Visual & Contact Inspection: Monthly check for physical wear, loose terminal connections, or signs of overheating and arcing on the main contacts. Ensure the arc chutes are clean and intact.
- Mechanical Interlock Verification: Periodically inspect the mechanical and electrical dual interlocking mechanisms to guarantee they move smoothly without jamming, preventing dangerous cross-conduction.
- Manual Operation Testing: Conduct regular manual transfer cycles using the manual operating handle under zero-load conditions to verify basic mechanical linkages.
- Automated Sequence Testing: Perform annual simulated grid failure tests. Verify that the microprocessor controller accurately detects voltage drops or phase losses and cleanly executes the transfer within the specified milliseconds.
- Environmental & Cleaning Routine: Keep the enclosure free of industrial dust, moisture, and debris to protect the motorized mechanisms and internal electronics from premature aging.
How to Install an Automatic Transfer Switch (ATS)?
- Safety First & Power Isolation
Always shut down and isolate both the primary utility grid and the standby generator before starting. Verify that no voltage is present on any incoming terminals using a reliable digital multimeter to ensure absolute technician safety. - Enclosure Mounting
Mount the ATS securely inside a distribution box or control panel. Ensure the mounting surface is completely flat to prevent mechanical distortion of the internal interlocking shafts, and maintain sufficient clearance for ventilation and manual handle operation. - Main & Backup Power Wiring
Connect the incoming primary utility cables to the Main Power terminals (Source I) and the generator or secondary grid cables to the Backup Power terminals (Source II). Ensure all phases (L1, L2, L3) and the neutral wire (N) align perfectly with the terminal markings. - Load Terminal Connections
Route the heavy-duty copper conductors from the output terminals of the ATS directly to your critical load distribution board. Tighten all terminal screws strictly to the manufacturer-specified torque values to prevent loose contacts and abnormal temperature rises during continuous operation. - Secondary Control & Signal Wiring
Connect the control circuitry wires to the built-in microprocessor controller. If your project demands automated system automation, wire the specialized RS485 communication ports for dry contact feedback or connect the forced fire linkage trip signals.
CONTACT JUTRION FOR YOUR SAMPLE REQUEST