THE DD601 GATEWAY
The DD601 will be a revolutionary first in remote technology and monitoring capabilities. This remote self powered modem will work alongside the DD450 model once release to achieve even higher results than the current findings.
The DD601 connects the ULP-Meshed Sensor/Actuator Network via its cellular interface to the internet.
The DD601 features a fully autonomous operation even in harsh environments due to its sophisticated energy harvesting and power management.
The DD601 is equipped with operational sensors and local environmental sensors. It senses the solar panel voltage and current, and the battery voltage and charge. In addition, it measures the local light conditions, the ambient temperature, and the barometric air pressure.
The DD601 Gateway communicates once
per second with all connected sensors and actuators within the wireless network via the ULP interface. The sensor information is collected, processed, and stored in the gateway. There are two data-stores included in the gateway, the built-in serial flash and a Micro- SD flash card.
At a predefined time-interval (typically every 15 to 60 minutes), the gateway connects via the cellular modem to the internet and the host server to upload its latest sensor data.
When the gateway is connected by the server, the server may initiate a download process; e g., to reconfigure the gateway, the connected actuators and sensors, and the network operation.
The DD450s can operate without the gateway to provide the benefit of instantaneous site activation without the gateway or in remote areas with no data service.
DD601 TECHNICAL STRUCTURE
- Solar Panel
- Energy Storage
- Power Management
- Internal Sensors
- Environmental Sensors
- Communication Interfaces
TECHNICAL FEATURES CONNECTIVITY
• ULP-Meshed Network Interface
Connects to all iPTE ULP-Sensors (DD450, DD5xx-Family). Up to 100 Sensor-Nodes may be connected to one single Gateway. The ULP interface uses the license-free 868 MHz (Europe) or 915 MHz (Americas) ISM-frequency band. It complies with the applicable ETSI and FCC regulations.
• Cellular Network Interface
The Cellular Network Interface is powered by the Telit GL865- QUAD Modem. The Telit GL865-QUAD features GSM/GPRS protocol stack 3GPP (release 4 compliant) and supports GSM/ GPRS 850/900/1800/1900 MHz Quad-band frequency. Additional features are integrated TCP/IP protocol stack (including UDP, SMTP, ICMP and FTP).
Powered by the Maestro Wireless Solutions module A2035-H. The GNSS features Ultra-Low-Power consumption, bench marking sensitivity (-163 dBm tracking), in-band jamming signal removal, and precision timing.
• Ambient light sensor
• Ambient temperature sensor
• Attitude sensor
• GNSS position sensor
• Precision timing
• Barometric pressure sensor
• System status
• Battery voltage and charge
• Configurable audio-alarm and configurable silent radio theft alarm (SMS). The Theft alarm is activated by the tilt and movement sensor.
• Autonomic “green” power supply
- High efficiency solar cells optimized for low light conditions
- Lithium polymer rechargeable battery
- Special charging and de-charging control and power management
- Operational lifetime: No limitation
- Battery retention time without any sunlight charging
DD601_B (Standard version)
• > 2 months in operation mode
• > 2 years in standby mode
DD601_E (Scandinavian version)
• > 4 months in operation mode
• > 4 years in standby mode
• No maintenance needed
• Design lifetime electronics: > 10 years
• Design lifetime LiP-accu: 6 to 10 years
• Height/width/depth 220/265/140mm (8.7/10.4/5.5 in)
• Standard and Scandinavian version 2500 grams (5.5 lbs)
Temperature Range (Storage and Operation)
• DD601_B (Standard version) -25°C to +65°C (-13oF to 149oF)
• DD601_E (Scandinavian version) -35°C to +65°C (-31oF to 149oF)
The iPTE ULP-Network consists of net-nodes (e.g. DeerDeter DD450s), which establish a selfconfiguring energy optimized communication network by introducing Net-Node and Net-Routers roles.
The ULP-Network consists of net nodes (e.g. DeerDeter DD450s), which establish a selfconfiguring energy optimized communication network by introducing Net- Node and Net-Routers roles.
- Mount the DeerDeter units in a safe distance from the roadside.
- The distance of the DD601 to the DeerDeter network should be
100m (328 ft) or less.
- Mount the DD601 on a stable post in a vertical direction, with the solar panel orientation southward.
Warning: Take care to mount the device TOP upwards, otherwise the device does not have a proper rain protection and may be damaged!
The DeerDeter network can be accessed via the DD601 Gateway, which uploads the status and information of all sensors in the network at a predefined time-interval to the host server. The host server may be built decentralized upon a SQL platform or may reside on the internet. The data can be requested and accessed from the SQL server by a mobile application.
The DD601 Family complies with all applicable European and US laws regarding safety, EMV, and protection of the environment.