Certified Photovoltaic & Dual-Power Protection Systems
Engineered in our specialized Liushi Town production facility, our PV switchgear range delivers proven arc-extinction, thermal disconnection, and transient surge diversion across harsh utility and distributed environments in Jordan.
2P 80A 100A 125A DC MCB 500V Circuit Breaker
- ApplicationPV Main Isolator Switch
- Trip CurveC Curve Magnetic
- Rated Voltage500V DC
- Rated Current80A / 100A / 125A
4P 63A Manual Changeover Switch with Breaker ATS
- Pole Count4-Pole Isolation
- Rated Current63A Household & Light Ind.
- StandardIEC 60947-6-1
- FunctionSolar-to-Grid Bypass
Dual Power Automatic Transfer Switches (DIN Rail)
- Current Range10A to 125A (63A/100A std)
- Poles Available2P, 3P, 4P Selector
- MountingStandard 35mm DIN-Rail
- Transfer ActionMillisecond Uninterrupted
CE Certified DC MCB Red Copper Solar Protection
- Internal BusOxygen-free Red Copper
- Arc SuppressionMulti-plate Arc Chute
- ComplianceCE / IEC 60947-2
- EfficiencyUltra-Low Contact Joule Loss
DIN Rail 2P ATS 63A 230V 3kA Dual Power Switch
- Rated Voltage230V AC Single Phase
- Short Circuit3kA Breaking Capacity
- Switching Time< 50ms Seamless Transfer
- ApplicationRooftop Hybrid PV Inverters
Fireproof T1 PBT 800V DC SPD 2P 40kA PV Arrester
- Housing MaterialFlame-retardant PBT UL94-V0
- Max Discharge (Imax)40kA (8/20 µs)
- Nominal Voltage800V DC Photovoltaic
- Thermal ReleaseDual-Action Visual Indicator
CJX2-8011 3-Pole AC Magnetic Contactor 50Hz
- Rated Control50Hz 3-Phase Main Circuit
- MountingStandard DIN-Rail / Plate
- StandardIEC 60947-4-1
- ServiceCentral Inverter Disconnect
63A 4P Automatic Transfer Switch (ATS) 400V CB Class
- System Topology400V 3-Phase 4-Wire
- Class RatingCB Class Integrated Trip
- ApplicationC&I Solar Microgrids
- InterlockMechanical & Electrical Dual
Evaluating the Top 10 PV Surge Protector Manufacturers & Suppliers in Jordan
An objective technical benchmark of the leading tier-1 European, multinational, and OEM direct Chinese engineering suppliers providing DC and AC surge suppression hardware to the Hashemite Kingdom of Jordan.
Jordan has positioned itself as the Levant region's renewable energy leader, backed by aggressive national decarbonization mandates set by the Ministry of Energy and Mineral Resources (MEMR) and operationalized by NEPCO (National Electric Power Company). Because solar assets operate across extreme geographic zones—from the high desert plateaus of Ma'an and Mafraq to the saline, corrosive microclimate of the Aqaba Gulf—the requirements for transient overvoltage suppression differ vastly from European rooftop standards.
1. Zhejiang Graybar Electric (China / Liushi Hub)
Serving as a premier OEM/ODM direct partner for Jordanian panel builders, EPCs, and distributors. Graybar bridges the gap between premium compliance (IEC 61643-31, IEC 61643-11, CE) and commercial viability with low 5-piece MOQs, customized high-temp MOV elements, and direct factory pricing.
2. DEHN SE (Germany / Jordan Channel)
Widely recognized in Amman specification sheets for utility-scale EPC work. DEHN offers premium Type 1+2 Red/Line spark-gap technologies. While delivering unquestioned reliability, extended lead times and premium tier-1 pricing present ongoing challenges for mid-market contractors.
3. Phoenix Contact (Germany)
Frequently integrated into supervisory control cabinets and string combiner boxes across large-scale Mafraq solar farms. Known for the VAL-MS-T1/T2 series, providing pluggable surge arresters with optical and remote telemetry contacts.
4. ABB / Fimer (Switzerland / Italy)
Dominates legacy commercial rooftop installations through early EPC framework agreements. ABB OVR PV surge protective devices are engineered strictly to EN 50539-11 standards, delivering solid transient control within industrial power clusters.
5. Schneider Electric (France)
Supplied heavily through franchised electrical distributors in Amman and Irbid. Acti9 iPRD PV series provides trusted secondary protection, though supply availability is vulnerable to regional logistics bottlenecks.
6. Citel (France / USA)
A specialized protection manufacturer featuring the DS50VGPV series with combined gas discharge tube (GDT) and heavy-duty zinc oxide varistors (MOV) that avoid premature aging under desert harmonic ringing.
7. Raycap (USA / Greece)
Noted for Strikesorb technology which uses disk-shaped varistor blocks sealed inside aluminum enclosures. Highly effective for mission-critical desert telemetry, albeit requiring substantial capital expenditure per string.
8. Saltek (Czech Republic)
Established presence in central utility tenders. Provides the FLP-PV modular series tailored for both 1000V and 1500V DC central inverter architectures with high short-circuit withstand capabilities.
9. OBO Bettermann (Germany)
A versatile provider for turnkey cable management and grounding. Their V-PV surge arresters are frequently paired with their proprietary lightning protection conductors on open-field tracker projects.
10. Weidmüller (Germany)
Specializes in complete string combiner boxes (SCB) and pre-wired PV overvoltage terminal assemblies, extensively utilized across C&I rooftop arrays in the Zarqa and Sahab industrial estates.
Localized Applications & Environmental Stresses in Jordan's Solar Grid
Why generic commercial surge arresters fail prematurely in Southern Jordan, and how to calibrate DC SPD systems for extreme thermal cycling and high soil resistivity.
1. The Southern Desert Corridor: Ma'an, Mafraq & Quweira
Jordan's desert areas experience some of the world's highest Direct Normal Irradiance (DNI > 2,300 kWh/m²/year), making them ideal for massive multi-megawatt solar arrays. However, ambient summer temperatures routinely exceed 45°C, causing internal combiner box operating temperatures to rise above 70°C. Standard commercial SPDs utilizing inferior metal oxide varistors experience accelerated thermal runaway under sustained thermal stress.
Furthermore, open sand expanses present exceptionally high soil resistivity (> 500 Ω·m). Ground-fault dissipation requires surge arresters with lower voltage protection levels ($U_p$) and redundant dual-path thermal disconnection switches to prevent catastrophic fire propagation when lightning hits array structures.
Critical Engineering Note on Thermal Derating:
At Zhejiang Graybar Electric, our 800V and 1500V DC SPDs employ high-purity PBT flame-retardant enclosures (UL94-V0) paired with low-temperature eutectic solder joints. This ensures that thermal disconnect mechanisms activate precisely between 110°C and 125°C without nuisance tripping caused solely by ambient desert cabinet solar gains.
Neutral Switching & ATS Coordination:
Because commercial PV plants in Amman are frequently accompanied by standby diesel generators, the neutral conductor must remain completely isolated during switching. Integrating a 4-Pole Class CB Dual-Power ATS alongside a 3P+N Type 2 AC SPD prevents transient ground offsets from destroying inverter synchronization cards during grid blips.
2. Urban & Commercial Rooftop Microgrids: Amman & Zarqa
In urban zones managed by JEPCO (Jordan Electric Power Company) and northern zones under IDECO (Irbid District Electricity Company), the majority of installations are net-metered rooftop solar arrays mounted on commercial complexes, educational campuses, and pharmaceutical factories.
These facilities encounter frequent switching transients caused by heavy inductive loads, nearby manufacturing stamping presses, and localized grid instability. In this segment, the primary transient threat is not direct lightning, but rather repetitive high-frequency switching surges ($8/20\,\mu\text{s}$ transients). Installing coordinated Type 2 DC surge protectors on string inputs, alongside Type 2 / Class II 400V 3-phase AC SPDs at the inverter output, is mandatory to preserve the sensitive IGBT modules inside string inverters.
Technological & Regulatory Trends Shaping Jordan's PV Protection (2025–2030)
Shift from 1000V to 1500V DC Architectures
Jordan's new utility bids mandate 1500V DC string architectures to reduce Balance of System (BOS) wiring costs. This shift requires SPDs with increased Maximum Continuous Operating Voltages ($U_{cpv} \ge 1500\text{V}$) and verified Short-Circuit Current Ratings ($I_{scpv}$) exceeding 1000A without the risk of violent plasma arcs.
Mandatory Remote Telemetry & SCADA Links
Given the isolated locations of desert PV farms, manual inspection of failed surge arresters is cost-prohibitive. All SPDs must now feature auxiliary remote signaling dry contacts (normally closed / normally open) that immediately integrate into inverter RS485 or fiber-optic SCADA monitoring loops.
Strict Alignment with IEC 61643-31 Standards
Jordanian consulting engineers increasingly discard the older EN 50539-11 testing specification in favor of IEC 61643-31 (Low-voltage surge protective devices for photovoltaic installations). Equipment failing to document specific DC-path test results is routinely rejected during final NEPCO grid-tie audits.
Engineering Matrix: Selecting the Right PV Protection Hardware
Clear electrical design guidelines for EPC engineers, systems integrators, and switchboard builders operating in Jordan.
| Protection Stage | Recommended Model / Spec | Target Parameter | Governing Standard | Jordan Application Focus |
|---|---|---|---|---|
| PV DC String Protection | 800V / 1000V DC 2P/3P SPD | $I_{imp} = 12.5\text{kA}$, $I_{max} = 40\text{kA}$ | IEC 61643-31 | String Combiner Boxes in Ma'an & Mafraq arrays. |
| Main DC Bus Disconnect | 2P 500V/1000V DC MCB (80A–125A) | High breaking cap, C curve | IEC 60947-2 | DC isolation ahead of central/string inverters. |
| Inverter AC Output SPD | 3-Phase 4P Class II SPD (400V) | $U_c = 385\text{V}$, $I_n = 20\text{kA}$ | IEC 61643-11 | Secondary protection against grid switching transients. |
| Microgrid Dual-Source | CB Class 4P 63A ATS (Dual Power) | < 50ms transfer, 400V AC | IEC 60947-6-1 | Automatic solar inverter to diesel generator bypass. |
| Automated Switching | CJX2-8011 AC Contactor (50Hz) | AC-3 Utilization Category | IEC 60947-4-1 | Remote feeder shed & energy storage isolation. |
Why Jordan Importers & Panel Builders Partner with Graybar
Zhejiang Graybar Electric Co., Ltd. operates from Huangyu Village, Liushi Town, Wenzhou—China's undisputed hub for low-voltage switchgear. We solve the high-cost and extended-lead-time challenges common across Middle Eastern supply chains.
Integrated Manufacturing
Direct component supply chain access in Liushi. In-house moulding, precision assembly, copper contact fabrication, and automated calibration ensure zero compromise on internal build quality.
Rigorous Quality QC
Every single batch undergoes full trip-time testing, dielectric withstand verification, and thermal disconnect screening before packaging. Strict batch traceability applies to every export shipment.
Flexible Supply Logistics
Low starting MOQs (from 5 pcs for standard SPDs/MCBs/MCCBs and 1 pc for ACBs) allow Jordanian contractors to verify samples before committing to full container orders. Fast direct consolidation to Aqaba Port.
OEM/ODM Engineering
Custom laser-etched private labeling, customer-specified voltage parameters, bilingual Arabic/English manuals, and specialized packaging adapted for regional brand distributors.
Frequently Asked Questions by Solar Engineers in Jordan
Practical technical and logistical answers addressing Jordanian import regulations, customs documentation, and product selection.
What are the exact MEMR and NEPCO requirements for importing PV SPDs into Jordan?
How does high ambient temperature in Ma'an or Mafraq affect SPD lifetime?
Should a Jordanian rooftop installation use Type 1 or Type 2 DC surge protectors?
What is the minimum order quantity (MOQ) and shipping turnaround time to Aqaba?
Does Graybar provide OEM private labeling for Jordanian electrical wholesalers?
Request a Fast Wholesale Quote or Custom Engineering Sample
Speak directly with our low-voltage technical engineering team in Liushi. Get competitive factory direct pricing, verified IEC test documentation, and full project BOM optimization for your Jordanian solar project.
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