63 /4P Automatic Transfer Switch (ATS) Dual Power 400V CB Class for Solar System
- Pole Configuration: 4-Pole (3P+N)
- Rated Operational Voltage: 400V AC
- Application Type: Solar / Hybrid Backup
- Standard: IEC 60947-6-1
Direct Liushi Engineering
Bandung-Ready Voltage & Phase Protection Relays
Tested against dynamic brownouts, severe grid sags, and voltage unbalance. Zhejiang Graybar Electric Co., Ltd. delivers direct factory-calibrated protection assemblies engineered to standard IEC guidelines.
SHZETA Single Phase AC Voltage Meter with Over Voltage Protection and Energy kWh Meter Digital Display
- Display Interface: Multi-Line Backlit LCD
- Dual Protection: Surge & Over-Voltage
- Sub-Metering: Integrated Class 1 kWh
- Mounting: Standard 35mm DIN Rail
Single-phase Overcurrent, Undervoltage Protector, AC 220V Voltage 32 A-100 a Voltage Regulator Protector
- Current Range: 32A – 100A Self-Adjusting
- Nominal System: Single Phase 220V/230V
- Reset Logic: Auto-Recovery Timer
- Protection: Over/Under V + Current
4P 63A Manual Changeover Switch Reliable Dual Power Transfer Integrated Circuit Breaker Type ATS for Home and Industrial Use
- Switching Framework: Interlocked Isolation
- Rated Thermal Current: 63A Cont.
- Arc Suppression: Multi-Grid De-ionizing
- Safety Mechanism: Padlockable Toggle
Mutai 3p 80amp 100 Amp Thermal Magnetic Circuit Breaker 415V 35kA 50/60Hz for Wholesale
- Ultimate Breaking (Icu): 35kA @ 415V AC
- Thermal Rating: 80A / 100A Dual Setting
- Release Dynamics: Inverse-Time Bimetal
- Standard: IEC 60947-2
ZTDSI/ASCT HY-311-80VY Series 0.5 Accuracy Class Three-Phase Multifunction Energy Meter AC/DC60~280V RS485/Modbus Communication
- Measurement Class: Class 0.5S Precision
- Telemetry Protocol: RS485 Modbus RTU
- Wide Input Voltage: AC/DC 60V–280V
- Harmonic Analysis: THD Up to 31st Order
Din Rail 2P ATS Dual Power Automatic Transfer Switch Electrical Selector Switches Uninterrupted Power 63A 230V 3kA Household Use
- Transfer Duration: < 50ms Seamless
- Poles: 2P (Phase + Neutral)
- Breaking Capacity: 3kA Short-Circuit
- Form Factor: Modular DIN Rail Enclosure
CJX2-1210 Magnetic Electric Contactor AC Three-Phase Surface-Mounted 220V/380V
- Operational Voltage: 220V / 380V AC Rated
- Main Contacts: 3P Normally Open (NO)
- Auxiliary Form: 1NO Core Architecture
- Utilization Scope: AC-3 Heavy Inductive
Operational Engineering Analysis
Grid Instabilities & Local Application Scenarios Across Bandung
From the textile hubs of Majalaya and Cimahi to the high-density tech infrastructures of North Bandung, the local power grid faces elevated thermal variations, heavy inductive load spikes, and regional PLN switching fluctuations. Here is how specialized protection architecture stabilizes mission-critical operations.
±18%
Frequent Feeder Voltage Sags
< 40ms
Microprocessor Trip Latency
415V / 35kA
Certified Rupture Capacity
Class 0.5S
Modbus Telemetry Precision
Textile & Garment Mills (Majalaya & Cimahi)
Textile spinning and automated weaving frames demand consistent 380V/400V supplies. Sudden under-voltage brownouts trigger motor overheating and broken yarn spools. Combining our CJX2 contactors with wide-range digital voltage protectors guarantees disconnection before irreversible stator winding breakdown occurs.
Hospitality & Commercial Centers (Dago & Sukajadi)
High-altitude Bandung resorts and multi-story retail centres require uninterruptible HVAC and elevator systems. When the municipal line experiences phase failure or neutral displacement, our 4P Dual Power ATS executes automated load transfer to auxiliary gensets within milliseconds, preventing terminal refrigeration trip-outs.
Rooftop PV Microgrids & Cold Chain Facilities
The push toward industrial solar across West Java introduces bi-directional power flow complexities. Utilizing our HY-311-80VY Series Class 0.5 Energy Meters equipped with RS485 Modbus telemetry allows plant engineers to monitor real-time reverse reactive power, sub-second line spikes, and system THD harmonics.
Strategic Market Trends
Next-Generation Power Protection Trends in West Java
As the Greater Bandung metropolitan area transforms into a hub for smart manufacturing and decentralized renewable power, protection component specifications have transitioned from rudimentary analog cut-offs to microprocessor-driven intelligence.
1. Shift to Intelligent Microprocessor Relays
Conventional electromechanical relays suffer from calibration drift due to Bandung's elevated relative humidity and temperature variance. Modern panel builders consistently mandate microcontroller-based digital relays capable of configurable trip delay settings (0.1s to 30s) and true RMS voltage sensing.
2. Integrated Multi-Function Topologies
Cabinet space is at a premium in decentralized distribution boxes. Contractors favor compact, multi-functional DIN-rail devices—such as our combined AC 220V 32A–100A Overcurrent & Voltage Regulator Protector—which eliminates the need for segregated shunt coils, external CTs, and separate timer delays.
3. Centralized SCADA Telemetry & Smart Energy
Driven by industry 4.0 mandates in Indonesian industrial estates (Kawasan Industri), switchboards now demand native communication ports. Utilizing RS485 Modbus RTU connectivity on primary voltage instruments enables remote dispatchers to trace voltage sag timestamps and mitigate line faults before complete downtime occurs.
| Device Series | Primary Protection Functions | Voltage Response Threshold | Indonesian Grid Suitability (PLN / Off-grid) | Recommended System Placement |
|---|---|---|---|---|
| Digital Over/Under Protector | Over-voltage, under-voltage, over-current, self-reset | Under: 140V–210V | Over: 230V–300V | Single-phase 220V residential, retail, sub-boards | Sub-distribution boards downstream of main MCB |
| Automatic Transfer Switch (4P ATS) | Loss of phase, phase failure, source automatic transfer | Adjustable switching delay (instant to 10s) | Three-phase 380V/400V industrial grids & PV back-fed loops | Point of Common Coupling (PCC) between Grid and Gen/Solar |
| 3P Thermal-Magnetic MCCB | High-rupture short-circuit & thermal inverse trip | 35kA symmetrical rupturing threshold | Medium-to-heavy factory distribution in Cimahi/Majalaya | Main feeder switchgear directly off substation busbar |
| Class 0.5S Modbus Telemetry Meter | THD harmonics, dynamic voltage sags, power factor, kWh | AC/DC 60V–280V broad-spectrum sensing | Commercial complexes, large textile mills, solar arrays | Central distribution panels & PLC SCADA integration |
Procurement Intelligence
Frequently Asked Questions by Bandung Engineers & Sourcing Managers
Direct technical answers addressing local Indonesian electrical grid regulations (PUIL), climatic conditions, shipping, and customization requirements.
How do Graybar voltage relays handle PLN voltage fluctuations in the Greater Bandung area?
PLN distribution lines in suburban industrial zones often exhibit erratic voltage drops down to 170V during shift startups and spike upwards during load shedding. Our single-phase and three-phase voltage protection relays offer programmable lower and upper hysteresis bands (Undervoltage: 140V–210V, Overvoltage: 230V–300V) with custom tripping delays (0.1s to 10s). This prevents false tripping on temporary transients while reliably breaking inductive loads when sustained brownouts occur.
Do your protection devices and breakers comply with PUIL standards in Indonesia?
Yes. The Indonesian General Electrical Installation Requirements (PUIL - Pedoman Umum Instalasi Listrik) are fundamentally aligned with the International Electrotechnical Commission (IEC) framework. Our devices comply rigorously with IEC 60947-2 (MCCB/ACB), IEC 60947-6-1 (ATS), IEC 60898-1 (MCB), and IEC 61643-11 (Surge Protective Devices), satisfying all mandatory documentation and technical compliance metrics for Indonesian commercial and industrial tenders.
How does high humidity and ambient temperature in West Java affect relay performance?
Tropical environments can degrade insulation resistance and corrode contact surfaces. All Graybar low-voltage components are manufactured using high-grade V0 flame-retardant thermoplastics, silver-alloy main contacts with elevated wear resistance, and conformal-coated printed circuit assemblies. Our hardware undergoes rigorous dielectric and thermal rise checks rated for reliable deployment up to 50°C and 95% non-condensing relative humidity.
What is the lead time and shipping route for wholesale orders destined for Bandung?
From our manufacturing center in Liushi Town, Wenzhou, export consignments are consolidated and dispatched via Ningbo or Shanghai ports directly to Tanjung Priok (Jakarta). Transit duration by ocean freight averages 10 to 14 days. Once cleared through customs, road container transport via the Jakarta-Cikampek and Cipularang toll corridor reaches your warehouse or panel assembly workshop in Bandung within 24 to 48 hours. Expedited air-freight options are available for sample evaluations and urgent spares.
Can we request OEM private labelling, customized ratings, and Indonesian manual documentation?
Absolutely. We support extensive OEM and ODM workflows for domestic Indonesian brand owners, distributors, and large panel builders. Services include high-precision UV/laser logo etching, customized tripping threshold calibrations, bilingual (English & Bahasa Indonesia) wiring diagrams and user manuals, and customized bulk packaging designed for humid transit conditions. Low starting MOQs allow you to validate private-labeled runs efficiently.
Direct Factory Verification
Why Importers & Switchgear Builders Partner with Graybar
Located in Liushi, Wenzhou—the low-voltage capital of China—Zhejiang Graybar Electric Co., Ltd. delivers distinct supply chain, quality engineering, and testing assurances that minimize sourcing vulnerabilities for international buyers.
Vertical Supply Chain Agility
Situated at the core of the Liushi electrical cluster, we access raw silver contacts, precision bimetal strips, and flame-retardant housings directly from tier-one certified suppliers, drastically decreasing production lead times and keeping unit costs highly competitive.
100% End-of-Line Verification
Every single voltage relay, contactor, and circuit breaker undergoes stringent dielectric breakdown testing, trip-time verification across temperature gradients, and mechanical contact actuation prior to final batch packing. Full traceability is logged per shipment.
Flexible MOQ & Export Support
Standard MCB, MCCB, and SPD product lines start from as few as 5 pieces per model, and air circuit breakers from 1 unit. We enable mixed-category container consolidation, sample testing runs, and comprehensive foreign trade documentation for smooth Indonesian customs clearance.
Protect Your Bandung Electrical Distribution Infrastructure
Whether you are designing low-voltage switchboards for an industrial plant in Cimahi, retrofitting solar ATS modules in Bandung, or sourcing wholesale circuit protection inventories, our sales engineering team is prepared to analyze your technical specifications.
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