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Connection Cables for NVH-Testing

Connection Cables for NVH-Testing
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Connection Cables for NVH-Testing

Product catalog summary
Introduction
This document outlines the specifications and applications of connection cables designed for NVH (Noise-Vibration-Harshness) testing, particularly in automotive and machinery sectors. Manufactured by S Bröckskes, these cables are optimized for use with acceleration sensors and microphones in NVH testing environments.
Specifications
The document details various cable types, including TPFP, PUR, and Silicone, each offering distinct properties such as high-temperature resistance, mechanical robustness, and flexibility. These cables are available in configurations suitable for uniaxial and triaxial piezoelectric acceleration sensors.
Product Range
The product range includes low noise coax cables with various connectors (BNC, Microdot, Lemo), sensor charge cables for piezoelectric sensors, adapter cables, multicore cables, breakout boxes, and special solutions like coax cable drums for NVH testing benches.
Applications
The cables are applicable in NVH testing for vehicles, e-mobility, machine control, bridge monitoring, wind power plants, crash tests, and turbine technology.
Additional Services
S Bröckskes offers services such as production for small quantities, custom cable lengths, customer-specific markings, and on-site assistance by their sales team.
Technical Data
Technical data includes construction, insulation, outer sheath material, operating voltage, temperature range, and special characteristics. TPFP cables are high-temperature resistant, PUR cables are robust, and Silicone cables are highly flexible.
Conclusion
S Bröckskes emphasizes their ability to design custom cable solutions based on customer needs and field application feedback, ensuring practical and user-friendly cabling solutions for NVH testing.
Detailed Specifications
The document provides detailed specifications for various sensor connection cables, including pressure sensors, strain gauges, piezo pressure sensors, and acceleration sensors. It outlines construction, application range, and connector types for each cable type.
1. Pressure Sensor Cables
Features Lemo male to M12 female connectors with customization options for markings.
2. Strain Gauge Connection Cables
Constructed with tinned copper strands, TPFP insulation, and PUR outer sheath, with a maximum operating voltage of 375 V.
3. Piezo Pressure Sensor Extension Cables
Features double screening and a maximum operating voltage of 350 V.
4. Patch Cables for PC Connection
Constructed with TPFP insulation and PUR outer sheath, featuring RJ 45 male connectors, Cat. 6A.
5. Acceleration Sensor Cables
Offers various configurations and connector types, customizable in length and connector type.
Testing and Certification
Includes cable tests in water baths at 5000 V AC, sensor tests following standards like EN 50264-2-1, and issuance of HV test certificates.
Adapter Cables and Breakout Boxes
Describes adapter cables and breakout boxes for structured installation, detailing construction, insulation materials, operating voltage, and temperature ranges.
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Catalog excerpts

Connection Cables for NVH-Testing-1

Connection Cables for NVH-Testing

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Connection Cables for NVH-Testing-2

Connection cables for NVH-Testing Introduction In the range of acceleration measurement as for examples within the NVH sector (Noise-Vibration-Harshness), whenever tests have to be executed with regard to noise and vibration characteristics of vehicles (passenger cars and trucks) as well as machines, a safe and trouble-free connection of the applied accelerations sensors and microphones to the used measuring technique is needed. As one of the worldwide leading cable manufacturers S Bröckskes is aware of the challenges in the range of sensor cabling and the applied measuring technique. As a consequence...

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Connection Cables for NVH-Testing-3

Connection cables for NVH-Testing uniaxial piezoelectric acceleration sensors 1.1 with load outlet (IEPE) 1.1.1 Low noise coax cable with BNC male connector on both sides 1.1.2 Low noise coax cable with BNC male and female connector 1.1.3 Low noise coax cable with Microdot male connector 10-32 UNF on both sides 1.1.4 Low noise coax cable with BNC male connector and Microdot male connector 10-32 UNF 1.1.5 Low noise coax cable with Microdot male connector 10-32 UNF and Lemo coax male connector 1.2 with charge outlet (Charge) 1.2.1 Sensor charge cable with Microdot male connector 10-32 UNF on both...

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Connection Cables for NVH-Testing-4

1.1.1 Connection cables for uniaxial acceleration sensors TPFP Application range For example for the connection of an uniaxial acceleration sensor (IEPE) side 1: BNC male connector side 2: BNC male connector Cable data Configuration examples Further service aspects Individual marking by shrinkable sleeve as for example material number or barcode SRB identification: item number, batch number

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Connection Cables for NVH-Testing-5

1.1.2 Connection cables for uniaxial acceleration sensors TPFP Application range For example for the connection of an uniaxial acceleration sensor (IEPE) side 1: BNC male connector side 2: BNC female connector Cable data Configuration examples Further service aspects Individual marking by shrinkable sleeve as for example material number or barcode SflB identification: item number, batch number

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Connection Cables for NVH-Testing-6

1.1.3 Connection cables for uniaxial acceleration sensors also possible with Microdot female connector Low noise coax cable with Microdot male connector 10-32 UNF on both sides Application range For example for the connection of an uniaxial acceleration sensor (IEPE) Connector side 1: Microdot male connector 10-32 UNF side 2: Microdot male connector 10-32 UNF Cable data Configuration examples Further service aspects Individual marking by shrinkable sleeve as for example material number or barcode SAB identification: item number, batch number

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Connection Cables for NVH-Testing-7

1.1.4 Connection cables for uniaxial acceleration sensors For example for the connection of an uniaxial acceleration sensor (IEPE) side 1: BNC male connector side 2: Microdot male connector 10-32 UNF Cable data Configuration examples Further service aspects Individual marking by shrinkable sleeve as for example material number or barcode SRB identification: item number, batch number

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Connection Cables for NVH-Testing-8

1.1.5 Connection cables for uniaxial acceleration sensors Sensor cable for uniaxial acceleration sensor (IEPE) and connection at e.g. Siemens LMS SCADAS measuring technique side 1: Microdot male connector 10-32 UNF side 2: Lemo coax male connector, code A Configuration examples Further service aspects Individual marking by shrinkable sleeve as for example material number or barcode SRB identification: item number, batch number

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Connection Cables for NVH-Testing-9

1.2.1 Connection cables for uniaxial acceleration sensors also possible with Microdot female connector Sensor charge cable with Microdot male connector 10-32 UNF on both sides Application range Cable data For the connection of an uniaxial acceleration sensor with charge outlet Connector side 1: Mircodot male connector 10-32 UNF side 2: Mircodot male connector 10-32 UNF insulation: TPFP outer sheath: TPFP sheath colour: black outer diameter: approx. 1,7 mm Further service aspects SRB identification: item number, batch number

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Connection Cables for NVH-Testing-10

1.2.2 Connection cables for uniaxial acceleration sensors with BNC male connector and Microdot male connector 10-32 UNF Application range Cable data For the connection of an uniaxial acceleration sensor with charge outlet Connector side 1: BNC male connector side 2: Mircodot male connector 10-32 UNF insulation: TPFP outer sheath: TPFP sheath colour: black outer diameter: approx. 1,7 mm Further service aspects SRB identification: item number, batch number

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Connection Cables for NVH-Testing-11

2.1.1 Connection cables for triaxial acceleration sensors Application range for the connection of triaxial acceleration sensors with charge outlet (IEPE) side 1: female connector %-28 UNF, 4-pole* side 2: 3 x BNC male connector *please indicate your sensor type! Cable data SRB identification: item number, batch number Further service aspects Individual marking by shrinkable sleeve as for example material number or barcode

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Connection Cables for NVH-Testing-12

2.1.2 Connection cables for triaxial acceleration sensors Application range for the connection of triaxial acceleration sensors with charge outlet (IEPE) side 1: female connector %-28 UNF, 4-pole* side 2: 3 x Microdot male connector 10-32 UNF *please indicate your sensor type! Cable data SRB identification: item number, batch number Further service aspects Individual marking by shrinkable sleeve as for example material number or barcode

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Connection Cables for NVH-Testing-13

2.1.3 Connection cables for triaxial acceleration sensors with female connector %-28 UNF, 4-pole and male connector %-28 UNF, 4-pole Application range for the extension of a triaxial acceleration sensor cable with %-28 UNF female connector Connector side 1: female connector %-28 UNF, 4-pole* side 2: male connector %-28 UNF, 4-pole *please indicate your sensor type! Cable data TPFP PUR special characteristics: resistant to high temperatures 4 mechanically more robust ✓ highest flexibility 4 Configuration examples item no. SflB identification: item number, batch number Further service aspects Individual...

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Connection Cables for NVH-Testing-14

2.1.4 Connection cables for triaxial acceleration sensors flat sealing ring Application range sensor cable for triaxial acceleration sensors with charge outlet (IEPE) and connection to e.g. Muller BBM PAK measurement systems Connector side 1: female connector %-28 UNF, 4-pole* side 2: Lemo male connector 9-pole, code G *please indicate your sensor type! Cable data TPFP PUR Silicone construction: 4 x AWG 34 4 x AWG 34 4 x AWG 30 special characteristics: resistant to high temperatures 4 mechanically more robust ✓ highest flexibility 4 Configuration examples item no. SRB identification: item number,...

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.