[manufacture] Advanced 230V Surge Protector, 20kA In, 40kA Imax

• Customization: Available
• Type: Power Source Arrester
• Structure: Valve Type Arrester
• Model NO.: TMSPD1
• Installation: Parallel Arrester
• Application: AC/DC System
• Size: Small
• Operation Voltage: Low Voltage
• Shape: Cuboid
• Material: ZnO
• Certification: ISO9001
• Brand: Timelec
• Uc: 230V
• In: 20kA
• Imax: 40kA
• Up: 1.5kV
• IEC: IEC61643-11
• IP: IP20
• Protection: Class II, T2
• Transport Package: Carton Box
• Specification: 36*69*91mm
• Trademark: Timelec, OEM / Private Label brands
• Origin: China
• HS Code: 853620
• Production Capacity: 1000000
• Package Size: 4.00cm * 9.30cm * 7.50cm
• Package Gross Weight: 0.300kg

Product Description

Product Description

Discover the ultimate defense for your electrical systems with Taimu Electrical's Advanced 230V Surge Protector. Expertly crafted to combat transient surge conditions, our state-of-the-art device provides formidable protection against massive surge events, such as lightning strikes. Such events can unleash devastating voltages, risking immediate or gradual equipment failure. Interestingly, lightning and utility disturbances account for just 20% of surges, with a remarkable 80% originating internally. Though typically lower in magnitude, these internal surges are frequent and can gradually erode the performance and longevity of your vital electronic devices.

Product Features
1. Experience unparalleled safety with our versatile 1P+N phase protection, effective for both AC and DC systems.

2. Enjoy seamless installation and maintenance with our ingenious pluggable module design, tailored for user convenience.

3. Benefit from our product's extraordinary high discharge capacity and swift response time, delivering unmatched surge protection.

4. Enhanced safety is assured with double thermal disconnection devices, providing robust and dependable protection.

5. Stay informed with our innovative green window indicator that changes upon fault detection, along with remote alarm control for vigilant monitoring.

A power surge, a fleeting overvoltage occurrence, poses a dangerous threat to electronic devices, often resulting in unforeseen failures and decreased operational lifespan. These surges have the destructive potential to impair and significantly reduce the lifespan of an array of household systems and appliances, which include:

• Heating and Air Conditioning Systems
• Washers and Dryers
• Water Heaters
• Ranges & Refrigerators
• Lighting
• Entertainment Systems

It's startling to note that the National Electrical Manufacturers Association reveals the average household harbors around $15,000 in equipment that could be susceptible to surge damage.

Common Causes of Surges:
Experts approximate that an astounding 80% of surges are generated by internal sources within the premises.

Internal Sources:

• Large appliances powering on or off cause sudden surges.
• Faulty wiring or loose connections can serve as triggers for surges.
• Overloaded circuits, short circuits, or ground faults frequently trigger internal surges.
• Power recovery events also contribute to surge occurrences.

External Sources:

• Lightning strikes are a quintessential example of external surge origins.
• Physical damage to power lines can lead to surge incidents.
• Utility power grid switching represents another potential external surge source.

NEW 2020 National Electrical Code Requirements
The cutting-edge 2020 code mandates that all new and renovated homes must be fitted with Listed and Approved Type 1 or Type 2 Surge Protective Devices, ensuring peak safety and adherence to standards.

Type 1:
This permanently connected Surge Protective Device, Type 1, offers extensive protection from both external and internal surges, suitable for installation inside or outside the home.

Type 2:
This Surge Protective Device, permanently connected, fits within or near the breaker box, providing defense against both internal and external surges.

Type 3:
For comprehensive protection, the Type 3 is a point-of-use Surge Protective Device, to be used along with Type 1 or Type 2 SPDs as per 2020 code requirements, ensuring optimal protection.

For the ultimate in protection, leveraging Type 1, 2, and 3 SPDs together is recommended, offering the highest level of surge defense.

Product Parameters

Product category	Surge protection
Product type	SURGE PROTECTIVE DEVICE
Product model	HLSPD,SPD,TMSPD2
Unique selling proposition	·TMSPD1 SPD are suit for IT,TT,TN-C,TN-S,TN-C-S and low-voltage AC power distribution system, protect both direct and indirect lighting impulse and other transient over voltage. ·TMSPD1 surge protection device have high energy MOV chip, fast response speed. ·Products comply with IEC61643-1.2005, IEC61643-11.2011 standard.
Technical data	Type of SPD according to EN 61643-11	Type 2
	SPD according to IEC 61643-1	Class II
	Nominal a.c voltage( Un)	230V
	Max continuous operating a.c voltage (Uc)	275/320/385/440V
	Nominal discharge current (In 8/20|jS)	10/20KA
	Max. discharge current (Imax 8/20pS)	20/40KA
	Voltage protection level (Up)	<1.3/1.4/1.5/1.8/2.2KV
	Response time (tA)	<25ns
	Operating temperature range (Tu)	-40°C +80°C
	Operating state/fault indication	Green/red
	Cross-section area (min)	4mm²
	Cross-section area (Max)	16mm²
	For mounting on	35mm DIN rail acc to EN60715
	Degree of protection	IP20
	Terminal screw torque	2.5N·m
	Approvals	TUV

 

Installation Instructions

Selection of SPD: A Key to Robust Electrical Safety
For an optimal power distribution system, the fundamental features that meticulously define a lightning protection strategy, and the precise selection of a suitable Surge Protective Device (SPD) to effectively safeguard an electrical installation within a building, include the following essential elements:

• SPD - Surge Protective Device
  • Quantity of SPD: Calculated for Maximum Efficiency
  • Type: Tailored for Specific Needs
  • The level of exposure is a pivotal factor in determining the SPD's maximum discharge current, known as Imax. It ensures superior protection.
• Short Circuit Protection Device: Essential for Safety
  • Maximum discharge current, Imax: A Measure of Performance;
  • Short-circuit current, Isc, at the specific installation point, it's critical for assessing safety and performance potential.

Additional characteristics for selecting a SPD are meticulously predefined for ensuring seamless integration within an electrical installation.

• Number of poles in SPD: Determining Flexibility and Compatibility;
• Voltage protection level, Up: Ensuring Optimal Protection;
• Operating voltage, Uc: Sustaining Reliable Functionality.

This Sub-section: A Detailed InsightDesign of the Electrical Installation Protection System: Unveiling the Blueprint for SafetyThis segment delves into an in-depth exploration of the criteria for selecting the protection system. It is based on key installation characteristics, the equipment requiring protection, and the unique surrounding environment.

Location and Types of SPD: Strategically Positioned for Precision


Connection of SPD: Ensuring Seamless Energy Flow
Ensure SPD connections to the loads are minimized in length. This effectively lowers the voltage protection level (installed Up) at the terminals of the protected devices, enhancing their safety.

The cumulative length of SPD connections to both the network and the earth terminal block must be kept within a stringent limit of 50 cm, optimizing performance.

SPD in a Plastic Enclosure versus SPD in a Metal Enclosure: Tailored to Your Needs

 

RED: Immediate Replacement Required
Upon the indicator displaying RED, it is imperative to replace the product immediately to maintain optimal protection and ensure the longevity of the electrical system.