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EnDaL Vi Sound


Description

Highly sensitive shock sensors with acoustic warnings when the set limit values are exceeded.

Specification

Acceleration 2, 5, 10, 20, 50, 100, 200 g

Application

For demanding transport monitoring

parameters

Data logger


Feature

With acoustic warnings


  • Description
  • Type parameter
    • Commodity name: EnDaL Vi Sound
    • Commodity ID: 1105555666924883968
    • 规格1: Acceleration 2, 5, 10, 20, 50, 100, 200 g
    • 应用: For demanding transport monitoring
    • 类型: Data logger
    • 特征: With acoustic warnings

    Highly sensitive shock sensors with acoustic warnings when the set limit values are exceeded.

    Monitors the transport and handling of highly sensitive equipment

    Can be used in cleanrooms – particularly suitable for the high-tech sector

    Acoustic alarm sounds when threshold values are exceeded

    Measures defined variables such as acceleration, temperature, humidity or pressure

    Highly sensitive triaxial low-power ICP® acceleration sensor

    High-performance software ENCUR available licence-free

    Comprehensive range of accessories / special customer-specific solutions

  • Parameters:
    Acceleration in three directions (X/Y/Z), temperature, relative air humidity
    other sensors such as air pressure sensors can be connected and parametrised to analogue and digital inputs Measuring ranges:
    Acceleration 2, 5, 10, 20, 50, 100, 200 g (internal sensor), 50, 100, 200, 500, 1000 mV (external 3D-ICP® sensor, switchable),
    Accuracy ± (2% measuring range and 5% measured value)
    Temperature: -40°C to +85°C, resolution 0,1 K, accuracy ± 1 K, air humidity 0,2 to 100%, resolution 0,1% rH,
    Accuracy ± 3% rH (20 to 80% rH), ± 5% RH (0 to 100% rH)
    Analogue channel 0 ... 2,5 V, digital channel (4 inputs), Low: 0 to 0,8 V, High: 2,4 to 12 V
    Connections:
    for external 3D-ICP® sensor
    for external temperature, humidity, pressure sensor
    Memory:
    16.384 acceleration values, 16.384 temperature and humidity values each, 10 or 20 acceleration time graphs
    corresponding to the peak events, 4.096 digital events