IS-100 Pneumatic Mechanical Shock Testing System For Transducer Industry

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Guangdong Jianqiao Testing Equipment Co., Ltd.

City: dongguan

Province/State:guangdong

Country/Region:china

Tel:86-769-87922848

Contact Person:
Mr.John View Contact Details

IS-100 Pneumatic Mechanical Shock Testing System For Transducer Industry

Brand Name	Jianqiao
Model Number	IS-5/10/25/50/100/200/300
Certification	CE
Minimum Order Quantity	1
Payment Terms	T/T
Supply Ability	300
Delivery Time	1
Packaging Details	Wooden case
Name	Shock Test System
Control and measurement system	OKS01
Features	Digital control
Power requirements	220V±10% single phase AC 50Hz 2kVA
Standard	GB/T2433.5, GB/T2423.6, IEC68-2-29, JJG497-200

Detailed Product Description

IS-100 Pneumatic Mechanical Shock Testing System For Optical Module Shock Test System

The Optical Module Shock Test System is a specialized testing setup designed to evaluate the structural stability, optical performance, and functional reliability of optical modules (e.g., SFP, QSFP, CPON) under simulated shock conditions. It ensures optical modules can withstand shock events encountered in their lifecycle, such as transportation, installation, or equipment operation. Below is a detailed breakdown in English.

Core Purpose & Testing Objectives

Optical modules rely on precise components (e.g., lasers, photodetectors, fiber connectors) and tight alignment. This system focuses on verifying their performance under shock by measuring key metrics:

Structural integrity: Checking for physical damage (e.g., cracked enclosures, loose components, broken fiber links).
Optical performance: Monitoring changes in insertion loss, return loss, optical power, and signal-to-noise ratio (SNR) post-shock.
Functional stability: Ensuring no communication failures, data packet loss, or protocol errors occur during/after shock exposure.

Key Components of the System

The system integrates mechanical, optical, and data-acquisition components to replicate shocks and capture test data:

Shock excitation unit: Generates controlled shock pulses (e.g., half-sine, square, sawtooth) using pneumatic/hydraulic drives or drop-weight mechanisms. It supports adjustable parameters like peak acceleration (50g–2000g), pulse duration (0.1ms–10ms), and shock direction (axial, transverse).
Optical performance tester: Equipped with an optical power meter, optical spectrum analyzer (OSA), and bit error rate tester (BERT) to real-time monitor optical signals during testing.
Fixture & mounting system: Customized fixtures to securely mount optical modules (matching their actual installation orientation in devices) while avoiding extra mechanical stress.
Data acquisition & control software: Records shock acceleration (via accelerometers), optical metrics, and functional data. It generates test reports and compares results against industry standards (e.g., IEEE 802.3, Telcordia GR-468).

Typical Test Standards & Conditions

It adheres to industry-specific standards to ensure test validity, with common parameters including:

Standard/Application	Peak Acceleration	Pulse Duration	Shock Direction	Key Test Metrics
Telcordia GR-468 (Telecom)	100g – 500g	0.5ms – 2ms	X, Y, Z axes	Insertion loss (Δ ≤ 0.5dB), no BER increase
IEEE 802.3 (Ethernet)	50g – 200g	1ms – 10ms	Axial/Transverse	No signal dropout, power stability
IEC 60068-2-27 (General)	Up to 2000g	0.1ms – 1ms	All axes	Structural damage check, functional validation

Application Scenarios

This system is critical for industries dependent on stable optical communication:

Telecommunications: Testing optical transceivers for 5G base stations, data centers, and fiber-optic networks.
Aerospace & Defense: Validating ruggedized optical modules for aircraft, satellites, or military communication systems (resisting high-g shocks).
Industrial Automation: Ensuring optical modules in industrial Ethernet (e.g., PROFINET) withstand shock from machinery vibration or handling.
Consumer Electronics: Testing optical modules in high-end devices (e.g., enterprise routers) for transportation and installation shocks.

Technical Specifications

Model	IS5	IS10	IS25	IS50	IS100	IS200	IS300
Maximum test load (kg)	5	10	25	50	100	200	300
Table size (mm*mm)	120*120	200*200	350*350	500*500	700*700	750*750	800*800
Shock waveform (m/s²)
Half sine waveform	100~30000	100~20000	100~10000	100~6500	150~6000	150~5000	150~3500
After peak saw-tooth	100~1000	100~1000	100~1000	100~1000	100~1000	150~1000	150~1000
Trapezoidal wave	150~1500	150~1500	150~1200	150~1200	150~1200	150~1000	100~1000
Pulse duration time (m/s)
Half sine waveform	0.5~20	0.6~20	0.8~20	1.5~20	2~20	2.5~20	3~20
After peak saw-tooth	6~18	6~18	6~18	6~18	6~18	6~18	6~18
Trapezoidal wave	6~20	6~20	6~20	6~25	6~25	6~25	6~25
Maximum impact distance (mm)	1550			1500		1400
Anti-secondary impact device	Air pressure friction brake			Hydraulic friction brake
Table weight (kg)	1300	1500	2800	3800	4350	4900	6250
Dimensions (LWH)(mm)	9004502600	10005002700	11008002800	11007502800	13508502850	14209202900	148010002950

Control and measurement system: OKS01

Power requirements: 220V±10% single phase AC 50Hz 2kVA

Hydraulic pump station power requirements: 380V±10% 3 phases AC 50Hz

Hydraulic pump station power consumption (kVA): 2.5 | 2.5 | 4 | 4.6 | 4.6 | 6.2 | 6.5

Applicable standard: GB/T2433.5,GB/T2423.6,IEC68-2-29,JJG497-200

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Product Tags: pneumatic shock testing system for transducer mechanical shock test system with warranty industrial transducer shock testing equipment

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IS-100 Pneumatic Mechanical Shock Testing System For Transducer Industry

IS-100 Pneumatic Mechanical Shock Testing System For Transducer Industry

Core Purpose & Testing Objectives

Key Components of the System

Typical Test Standards & Conditions

Application Scenarios

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