High-Performance 230V Surge Protector from [manufacture], 20kA In

• 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

Our expertly engineered Surge Protective Devices serve as the ultimate fortress for your electrical systems, meticulously designed to defend against transient surge conditions. These robust guardians stand ready to combat formidable single surge events-lightning strikes being a prime example-that can unleash devastating voltages capable of causing immediate or gradual equipment failure. While lightning and utility power anomalies account for around 20% of these transient surges, an astonishing 80% are born within your very facilities. Though these internally generated surges typically bear less intensity, their relentless frequency and pervasive presence can stealthily erode the performance and longevity of your delicate electronic equipment.

Product Features
1. Our versatile 1P+N phase protection is crafted for AC/DC systems, offering sweeping safety and peace of mind.

2. The user-friendly pluggable module design ensures seamless installation and maintenance, minimizing downtime.

3. Boasting exceptional high discharge capacity with swift response time, our devices deliver unparalleled surge protection.

4. Double thermal disconnection devices are integrated for superior, reliable protection that you can count on.

5. Our pioneering green window indicator transitions upon fault detection, enhanced by remote alarm control for vigilant monitoring.

A power surge is a fleeting overvoltage event that poses a serious threat to electrical devices, often leading to costly equipment failure and diminished lifespan. Surges wield the potential to damage and prematurely age a variety of household systems and appliances, including:

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

Did you know that according to the National Electrical Manufacturers Association, the average home harbors approximately $15,000 worth of equipment susceptible to surge-induced damage?

Common Causes of Surges:
Expert insights reveal that a significant 80% of surges originate from internal sources within the premises.

Internal Sources:

• Surges often erupt when large appliances are toggled on or off, triggering a sudden influx of power.
• Faulty wiring or loose connections can be the culprits behind unexpected surge events.
• Overloaded circuits, short circuits, or ground faults frequently act as internal surge catalysts.
• Power recovery incidents are known contributors to surge activity.

External Sources:

• Lightning strikes are classic examples of external surge provocateurs.
• Physical damage to power lines can spontaneously initiate surge occurrences.
• Switching within the utility power grid can also give rise to external surges.

NEW 2020 National Electrical Code Requirements
The pioneering 2020 code mandates that all newly constructed or renovated homes must incorporate Listed and Approved Type 1 or Type 2 Surge Protective Devices, ensuring the utmost safety and regulatory compliance.

Type 1:
Type 1 Surge Protective Devices, designed for permanent connection, offer all-encompassing protection against both external and internal surges and can be installed inside or outside the home.

Type 2:
Positioned in or around the breaker box, Type 2 Surge Protective Devices offer steadfast defense against internal and external surges while ensuring safety.

Type 3:
For enhanced protection, the Type 3 Surge Protective Device serves as the point-of-use safeguard. It complements Type 1 or Type 2 SPDs to meet 2020 code standards, delivering comprehensive protection.

To achieve peerless protection, we recommend employing Type 1, 2, and 3 SPDs in unison, ensuring top-tier defense against surge threats.

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:
To craft an exemplary power distribution system, it is imperative to focus on the defining attributes of a lightning protection system. This involves the astute selection of a suitable SPD that will safeguard the electrical installation within any building. Consider the following essential characteristics:

• SPD
  • Quantity of SPD
  • Type
  • The level of exposure plays a pivotal role in determining the SPD's maximum discharge current, known as Imax, ensuring the system's resilience against electrical surges.
• Short Circuit Protection Device
  • Maximum discharge current, Imax;
  • Short-circuit current, Isc at the installation point.

Additional key characteristics for selecting an SPD are predetermined for electrical installations to ensure seamless and efficient integration.

• Number of poles in SPD;
• Voltage protection level, Up;
• Operating voltage, Uc.

This Sub-sectionDesign of the Electrical Installation Protection SystemThis segment provides a comprehensive exploration of the criteria essential for choosing the protection system. It is based on the intrinsic characteristics of the installation, the equipment demanding safeguarding, and the specifics of the surrounding environment.

Location and Types of SPD:


Connection of SPD:
To ensure optimal protection, it is crucial that SPD connections to the loads are kept as short as possible. This minimizes the voltage protection level (installed Up) at the terminals of the protected devices.

The total length of SPD connections to both the network and the earth terminal block must not exceed 50 cm for maximum efficiency.

SPD in a plastic enclosure SPD in a metal enclosure

 

RED: Replace
When the indicator shows RED, it signifies an urgent need for product replacement to preserve optimal protection and ensure system integrity.