Technical Specifications
Parameter Specification
Article Number ISD260-1111
Sensor Type Piezoelectric Shock Sensor
Measurement Range ± 50 g
Frequency Range 0.5 - 5000 Hz
Sensitivity 100 mV/g
Resolution 0.01 g
Response Time < 1 ms
Output Signal Analog voltage
Power Supply 18-30 V DC
Current Consumption < 20 mA
Connection M12 connector, 4-pin
Operating Temperature -40 °C ... +85 °C
Storage Temperature -50 °C ... +100 °C
Dimensions (Dia. × H) 30 × 60 mm
Weight Approx. 100 g
Protection Rating IP67
Key Features
1. High Precision Monitoring

Wide measurement range (±50 g)

Broad frequency response (0.5-5000 Hz)

High resolution (0.01 g)

Fast response time (<1 ms)

2. Robust Industrial Design

Stainless steel housing (316L)

IP67 protection rating

Hermetically sealed construction

Corrosion and chemical resistant

3. Reliable Performance

Piezoelectric sensing technology

Temperature compensated

High shock resistance

Long-term stability

4. Easy Integration

Standard M12 connector

Simple mounting options

LED status indicator

Plug-and-play operation

Electrical Characteristics
Output Type: Analog voltage (0-10 V)

Output Impedance: <100 Ω

Signal Noise: <10 mV RMS

Linearity: <1% FSO

Warm-up Time: <2 minutes

Mechanical Specifications
Housing Material: Stainless steel 316L

Mounting: M8 threaded stud

Torque Rating: 5 Nm maximum

Resonant Frequency: >25 kHz

Base Strain Sensitivity: <0.1 g/με

Environmental Specifications
EMC Immunity: EN 61000-6-2

Vibration Limit: 100 g peak

Shock Survival: 2000 g

Humidity Resistance: 100% condensing

Chemical Resistance: Most oils and solvents

Performance Characteristics
Zero-g Offset: ±0.1 g

Temperature Sensitivity: ±0.02 g/°C

Cross-axis Sensitivity: <5%

Signal Bandwidth: DC to 5 kHz

Settling Time: <5 ms

Application Areas
Industrial Machinery: Impact detection

Robotic Systems: Collision monitoring

Conveyor Systems: Jam detection

Presses and Stamping: Shock monitoring

Wind Turbines: Blade impact detection

Material Handling: Load shock monitoring