D.C. Spark-Over Voltage (Vs): 600 ~ 800 V Impulse Discharge Current (In)(8/20 μs): 80 kA Dimensions: Φ 24.0 × 10.0 mm - SETsafe

Over Current Protection（58）
- Miniature Fuses（25）
  Miniature Fuses
  Miniature Fuses is an Over Current Protection device. Its resistance is very low. When the circuit works normally, it is equivalent to a wire, which can conduct the circuit continuously and stably. When the current fluctuates due to circuit instability or external interference, it should also be able to withstand a certain range of overload. Only when overload or short circuit happens, Miniature Fuses can blow fast to protect the circuit. SETsafe | SETfuse Miniature Fuses is widely used in all kinds of electrical equipment. It has a variety of mounting modes, compact structure, reliable and stable performance. Technical parameters of SETsafe | SETfuse Miniature Fuses: Its rated current ranges from 0.1 A to 40 A, rated voltage ranges from 125 VAC to 500 VAC, and from 24 VDC to 600 VDC, complies with RoHS and REACH, and is approved by cURus, VDE, PSE, CCC, CQC, KC, TUV.
- Low Voltage Fuses (LV Fuses)（33）

Active Protection（18）
Active Protection
Active Protection

Accessories（3）
Accessories
Accessories
- For Over Current Protection Products（3）
  For Over Current Protection Products
  For Over Current Protection Products
  - Fuse Clip - for Cartridge Fuse-links (CFL)（2）
    Fuse Clip - for Cartridge Fuse-links (CFL)
    Fuse Clip - for Cartridge Fuse-links (CFL)
  - Fuse Holder - Suitable for Photovoltaics (PV)（1）
    Fuse Holder - Suitable for Photovoltaics (PV)
    Fuse Holder - Suitable for Photovoltaics (PV)

GDT - High Surge Type
SPS series×

SPS series

D.C. Spark-Over Voltage (Vs): 600 ~ 800 V

Impulse Discharge Current (In)(8/20 μs): 80 kA

Dimensions: Φ 24.0 × 10.0 mm

Datasheet
Sample Request
Manufacturer
Features
Mounting Style
Termination Style
Applications
Design Standards & Agency Approvals
Quality Assurance
Brand
Tradename
Overview

Datasheet

2024-2026 Year Version.

GDT SPS(High Surge)_SETsafe & SETfuse.pdf

Datasheet (PDF Document) Include: Specifications, Agency Approvals, Packaging, Structure Diagrams, Glossary, Part Numbering System, Installation, Usage, Replace, Storage and other information.

Sample Request

Samples requests, please click the link.

https://www.setsafe.com/Support/Sample-Request.html

Please contact: sales@SETfuse.com

Manufacturer

Xiamen SET Electronics Co., Ltd.

Features

● Fast Response

● Stable Performance Over Surface Life

● High Current Rating

● Low Capacitance

● High Insulation Resistance

● RoHS & REACH Compliant

Mounting Style

Through Hole, Surface Mount

Termination Style

SMD，Axial，Radial

Applications

● ClassⅠ，ClassⅡ and SPD

● N-PE Mode Protection In AC Power

Design Standards & Agency Approvals

Ongoing

Quality Assurance

For product quality, our goal is to be industry-leading. We ensure that the quality of the product meets the expected goals from the following process.

Quality Policy.

Qualified Supplier of Raw Materials.

Incoming Quality Control (IQC):

Acceptance Quality Limit (AQL), Dimension, Function, Visual Inspection, RoHS & REACH Test. etc..

Process:

Online Inspection and Function Test 100%, etc..

In Process Quality Cortrol (IPQC): AQL, Dimension, Function, Visual Inspection, etc..

Final Quality Control (FQC):

AQL, Dimension, Function, Visual Inspection, RoHS & REACH Test, etc..

Reliability Test:

AQL Sampling Test.

Outgoing Quality Control (OQC):

Packaging, Labeling, Quantity Inspection, etc..

Agency Information:

Safety Certificate Agency Annual, Quarterly Audits. Include UL, cUL, VDE, TUV, KC, PSE, CCC. etc..

Quality Management System:

TUV Approved and Issued Certificate.

Brand

SETsafe | SETfuse

Tradename

SET

Overview

Gas Discharge Tube (GDT) is a single-gap or multi-gap switching overvoltage protection device. Under normal circumstances, the GDT is in a high-impedance state; when suffer a surge, the GDT will change from a high-impedance state to a low-impedance state, and release the surge energy to the ground, reducing the residual voltage of the circuit, thereby protecting the equipment circuit or protect the human body from the hazards of transient overvoltage. GDT is formed by high-temperature sealing of metal electrodes, metallized ceramics, inert gas or other mixed gases.

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