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Model A9L40600 Schneider – Model Analysis and Technical Parameters
A9L40600 is the complete order number of a low-voltage surge protection product (Surge Arrester) under Schneider Électrique‘s Acti9 Series. It belongs to the iPRD40 modular surge arrester series and is mainly used for Type 2 surge protection in power distribution systems.
- Model Segment Analysis
| Code Segment | Description | Corresponding Product Attribute |
| A9 | Schneider Acti9 Series Identifier | A standardized low-voltage component series for terminal power distribution, including circuit breakers, surge arresters, etc.. |
| L40 | Product Type Sub-code | Represents the iPRD40 series modular surge arrester. “L” generally indicates surge protection products, et “40” corresponds to the 40kA maximum discharge current rating. |
| 600 | Structural Feature and Configuration Code | Corresponding to 3P+N (three-phase + neutral) pole configuration, 350V rated voltage, and equipped with a pluggable trip module |
- Summary of Core Product Attributes
| Item | Specification Parameter |
|---|---|
| Brand and Series | Schneider Acti9 iPRD40 Series |
| Type de produit | Taper 2 modular surge arrester (with pluggable trip unit) |
| Configuration des poteaux | 3P+N (three-phase + neutral) |
| Tension nominale (Uc) | 350V et (suitable for domestic 400V three-phase systems) |
| Maximum Discharge Current (Imax) | 40le (8/20μs waveform) |
| Classe de protection | Taper 2 (secondary surge protection for power distribution systems) |
| Technical Principle | Combined technology of MOV (Varistance à oxyde métallique) + GDT (Gas Discharge Tube) |
| Applicable Earthing System | TN-S, TT systems (not applicable to TN-C, IT systems) |
- Detailed Technical Parameter Table
| Catégorie de paramètre | Specific Value | Remarques |
| Paramètres électriques | ||
| Tension de fonctionnement nominale | 350V et | 50/60HZ |
| Maximum Discharge Current | 40le (8/20µs) | Core indicator of surge protection |
| Nominal Discharge Current | 20le (8/20µs) | |
| Voltage Protection Level (Up) | ≤ 1.5kV | Measured at In=10kA |
| Temps de réponse | ≤ 25ns | MOV+GDT combined technology ensures fast response |
| Mechanical and Installation Parameters | ||
| Module Width | 4 modules (72mm) | Suitable for 35mm DIN standard rail |
| Dimensions | 85mm (H) × 72mm (W) × 69mm (D) | |
| Terminal | Suitable for 2.5~35mm² copper conductors | Recommended torque: 8~10N·m |
| Classe de protection | IP20 | Suitable for installation inside power distribution cabinets |
| Environmental and Service Life Parameters | ||
| Température de fonctionnement | -25°C ~ +60°C | |
| Storage Temperature | -40°C ~ +85°C | |
| Durée de vie mécanique | ≥ 10,000 fois (plug-in operation) | |
| Electrical Service Life | Complies with IEC 61643-11 standard | The pluggable module can be replaced when surge protection components age |
| Certification and Standards | ||
| Compliant Standards | CEI 61643-11, FR 18802.1 | Certified with CE and CCC |
- Core Functions and Working Principle
- Surge Suppression Mechanism: Adopts MOV+GDT hybrid technology. MOV is responsible for fast response (≤25ns) to suppress most surges, while GDT provides higher surge withstand capacity and lower leakage current.
- Fault Indication Function: The pluggable module is equipped with a visual status indicator (vert = normal, red = fault) for quick identification of protection status.
- Thermal Trip Protection: Built-in thermal trip device automatically trips when surge energy is excessive or components age, preventing overheating damage to the arrester.
- Replaceable Design: Only the pluggable trip module needs to be replaced after a fault, eliminating the need for overall replacement and reducing maintenance costs.
- Scénarios d'application typiques
| Application Field | Specific Application Scenario | Cible de protection |
| Bâtiments commerciaux | Main/distribution power cabinets in office buildings, shopping malls, hôtels | Protect critical loads such as air conditioners, elevators, and lighting systems |
| Industrial Plants | Production line control circuits, PLC systems, front-end of frequency converters | Prevent damage to precision electronic equipment caused by lightning strikes or grid fluctuations |
| Data Centers | UPS input/output terminals, front-end of server cabinet PDUs | Ensure continuous and stable operation of IT equipment and avoid data loss |
| Infrastructure | Critical power distribution circuits in hospitals and transportation hubs | Protect life-safety related equipment and control systems |
| Photovoltaic Systems | AC side output terminals of inverters | Suppress surges generated by photovoltaic systems and grid feedback surges |
- Installation and Operation Precautions
- Emplacement d'installation:
As Type 2 protection, it should be installed in the main or distribution power cabinet, after the main circuit breaker.
Recommended to be installed close to the protected equipment, with the line length not exceeding 10 mètres.
- Exigences de câblage:
Phase lines (L1/L2/L3) and neutral line (N) must be wired correctly according to the markings.
The protective earthing (PE) wire should be as short and thick as possible. It is recommended to use ≥16mm² copper conductors with a length not exceeding 50cm.
All terminals must be tightened to the recommended torque (8~10N·m) to prevent overheating due to poor contact.
- Matching Requirements:
A 16A~32A miniature circuit breaker or fuse must be installed upstream as overcurrent protection to prevent short circuits caused by surge arrester faults.
Not applicable to IT and TN-C earthing systems, only suitable for TN-S and TT systems.
- Maintenance Points:
Regularly check the status indicator (vert = normal, red = fault).
Replace the pluggable trip module in a timely manner after a fault; do not perform plug-in operations with power on.
It is recommended to conduct a surge protection performance test every 2 années.
- Reference of Related Models in the Same Series
| Modèle | Numéro de pôle | Maximum Discharge Current | Tension nominale | Scénario d'application |
| A9L40200 | 1P+N | 40le | 350V | Taper 2 surge protection for single-phase power distribution systems |
| A9L40400 | 2P+N | 40le | 350V | Two-phase power distribution systems (par ex., systèmes d'éclairage) |
| A9L40600 | 3P+N | 40le | 350V | Three-phase power distribution systems (mainstream model) |
| A9L15600 | 3P+N | 15le | 350V | Places with low surge risk |
