STS4-4 WIRELESS INTELLIDUCER NODE

Description

The STS4-4-IW3 is a rugged 4-channel wireless data acquisition node typically used for diagnostic live-load testing projects. The long battery life and ruggedized design makes this hardware ideal for use in harsh field conditions.

Features

Standard 802.11b/g/n wireless protocol with wired Ethernet backup
Designed to exceed IP6
Communication & power up to 16 data channels
Internal Li-Ion battery with up to 40 hours of testing time

SYSTEM SETUP

Intelliducer sensors, standard wireless communication, simple yet powerful software makes this system truly plug-and-play!
  1. Setup the STS4 Wireless Base Station to create the wireless network.
  2. Connect your PC to the STS wireless network and launch STS-LIVE
  3. Plug in the sensors and turn on the the STS Nodes
  4. Start collecting and viewing data in engineering units

SPECIFICATIONS

MODELSTS4-4-IW3
Measurement Types: Analog Input Temperature InputAnalog Single-ended or Differential 3KΩ NTC Thermistor
Maximum Sample Rate: Analog Input Temperature Input1,000 S/s ~1 S/s (non-user adjustable)
Programmable Gain Stages11
Analog to Digital Converter (ADC)24-bit ADC (Sigma delta)
Inputs
Analog Inputs4
Temperature Inputs (NTC Thermistor only)4
Memory
System Memory16 MB (Operating System)
Internal Micro SD Card8 GB
Excitation Voltages
VX (programmable)+1 to +5 Vdc @ 20 mA (per channel)
V+15+15 Vdc @ 400 mA (combined)
Power
Li-Ion Battery+10.8 Vdc (Nominal), 6.8 Ah, 73 Wh
DC Supply+24 Vdc @ 3.0 Amp (max for charging)
Power over Ethernet+48 Vdc (IEEE 802.3af)
Sensor Interface
Connector10-Pin weatherproof Mil-Spec circular bayonet snap-lock.
Intelliducer Support1Yes
Physical
Weather ProtectionSplash-proof
Size8.0 x 4.5 x 3.25 in (203 x 115 x 83 mm)
Weight2.63 lb (1,200 g)
Temperature
Battery & DC Supply Operation-4° to +140 °F (-20° to +60 °C)

1 Intelliducer support refers to BDI’s intelligent sensor connector interface. The intelligent sensor interface contains the sensor ID, calibration factor, gain setting, etc. within a memory chip inside the sensor connector.