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Mersen Surge Protector Type 2+3 SPD 2 Pole 12 Volt 3KA TT/TNS
MPN: 83230500
Alt. SKU: STMT23-6K20V-SP-S


Why Choose the Mersen Surge Protector Type 2+3 SPD 2 Pole 12 Volt 3KA TT/TNS?
Mersen Surge Protector Type 2+3 SPD 2 Pole 12 Volt 3KA TT/TNS (2 Pole, 12 Volt, 3KA, 20V, 20 volt) delivers robust, standards-compliant performance for demanding electrical applications. This model provides reliable protection and ease of installation, with all key features engineered for maximum safety and efficiency. DIN rail mounting allows for rapid, secure integration in new or existing panels. The replaceable cartridge design reduces downtime and simplifies service. Protects sensitive equipment and wiring from damaging voltage surges and transient events.
Key Takeaways
- Product Name: Mersen Surge Protector Type 2+3 SPD 2 Pole 12 Volt 3KA TT/TNS
- Key Specs: 2 Pole, 12 Volt, 3KA, 20V, 20 volt
Frequently Asked Questions
- What is the primary application?
- Is this product certified?
- What are the installation options?
- What are the key benefits?
- Where can I find technical data?
Speed & Safety Benefits
- Reliable Performance: Engineered for consistent results
- Safe Operation: Built to meet modern standards
- Quick Installation: Designed for installer convenience
Key Features of Mersen Surge Protector Type 2+3 SPD 2 Pole 12 Volt 3KA TT/TNS
- See full description below
- Engineered for reliability
- Technical support available
Manufacturer Part Number | 83230500 |
---|---|
Packed Quantity | 1 |
Product Image | For Illustration Purposes Only |
Manufacturer | Mersen |
Number of Poles | 2 pole |
Voltage | 12V |
Maximum Continuous Voltage | 20V |
Nominal Discharge Current | 3Ka |
System Type | TT/TNS |
Alternative Product SKU | STMT23-6K20V-SP-S |
Product Lead Time | Standard Delivery 7-10 Days |

Protection system of coordinated stages: Type 1, 2 and 3 SPDs
The SPDs of a surge protection system must be able to withstand the discharged current and provide a Ures level (residua l voltage) lower than the Ue peak voltage that the equipment can withstand. Most of the times it is not possible to achieve this with just one SPD, especially because the intensity of the surge is not known, and because of the induction of overvoltages when conductors exceed 10m.
The optimal system of protection is the 3-STEP approach, in which successive stages are combined in the performance of high discharge capacity devices and devices with an optimal voltage protection level (low). This is addressed by the definition of "Types" or "Classes" of SPDs according to the type of transient pulses to which each protected zone in the installation is subject to.
