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Novaris SSP6A-14-G Surge Protector 4.8kA 9.6kA 14VDC TS35 IP20

Product Code: SSP6A-14-G

  • Protects signal lines up to 14 VDC
  • Handles 4.8 kA per line, 9.6 kA common mode
  • Compact design: only 7 mm wide
  • Quick response time of <5 ns
  • Easy TS35 DIN rail mounting
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Specifications

Product Type Surge Protector
Brand NOVARIS
Series SSP6A
Base Type G Direct Earthing
Capacitance 48 nF
Connection Type Series
Degree of Protection IP20
Depth 68 mm
Height 102 mm
Humidity 5-95%
Material Polycarbonate
Modes of Protection Transverse and Common Modes
Mounting Type TS35 DIN Rail
Number of Lines 1 pair
Operational Temperature -40 to 70 deg C
Rated Current 4.8 kA (Per Line), 9.6 kA (Common Mode)
Rated Voltage 14 VDC
Resistance 0.02 Ohm
Response Time <5 ns
Standards and Approvals IEC 61643-21:2012, AS/NZS 1768:2007, UL 1499 3rd Edition and UL 497B, ITU-T K.44: 2012, AS/CA S008:2010, AS/NZS 4117:1999
Suitable For Use With Twisted Pair Signaling
Tightening Torque 0.5 N-m
Voltage Protection Level 35 V
Weight 35 g
Width 7 mm

Description

<p>When it comes to safeguarding your signal lines, the Signal Line Protector is a robust choice that combines efficiency with reliability. Designed for industrial and commercial applications, this protector ensures optimum performance in various environments. Its compact design, measuring 7 mm in width, 102 mm in height, and 68 mm in depth, makes it ideal for space-constrained installations.</p><p>Engineered to operate efficiently between -40 to 70 degrees Celsius, this device offers versatility across diverse environmental conditions. With an IP20 degree of protection, it provides adequate safety against dust ingress while being suitable for indoor use.</p><p>The Signal Line Protector is specifically tailored for twisted pair signaling systems. It features a rated voltage of 14 VDC and can handle up to 4.8 kA per line or 9.6 kA in common mode scenarios, ensuring comprehensive protection against electrical surges.</p><p>Installation is straightforward thanks to its TS35 DIN rail mounting capability. The polycarbonate material adds durability without adding unnecessary weight—just a mere 35 grams—which simplifies handling during installation or maintenance.</p><p>For those concerned about compliance and standards, rest assured that this product meets several rigorous standards including IEC 61643-21:2012 and AS/NZS 1768:2007 among others. This ensures that you are investing in a product that adheres to both international and Australian safety regulations.</p><p>The protector&amp;#39;s response time of less than five nanoseconds guarantees rapid reaction to transient overvoltages, minimizing potential damage to your equipment. Its low capacitance of 48 nF ensures minimal impact on signal integrity while providing effective surge suppression with a voltage protection level set at 35 V.</p><p>With modes of protection covering both transverse and common modes, the Signal Line Protector offers comprehensive security for your systems. The base type G direct earthing further enhances its protective capabilities by ensuring efficient grounding.</p><p>Additionally, the tightening torque specification stands at 0.5 N-m which facilitates secure connections during setup without risk of over-tightening—a crucial feature for maintaining long-term reliability under varied operational conditions.</p><p>In terms of resistance characteristics, it boasts an impressively low resistance value of just 0.02 Ohm—indicative of its high-efficiency performance with minimal energy loss across the system.</p><p>This protector supports humidity levels ranging from as low as five percent up to ninety-five percent relative humidity (non-condensing), making it adaptable even under fluctuating moisture conditions typical within many industrial settings.</p><p>Overall, this Signal Line Protector delivers solid performance backed by stringent certifications—making it an excellent choice for professionals seeking reliable surge protection solutions tailored specifically towards twisted pair signaling infrastructures within Australia’s dynamic technical landscape.</p>

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