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S05-SM-HSB
ZigBee IP66 HA Soil Moisture Sensor Battery-Powered
115,00 EUR
inkl. Umsatzsteuer 136,85 EUR
- High-Precision Soil Moisture Measurement:
Measures soil moisture levels across a wide range (0–95% RH) with ±5% accuracy, enabling precise irrigation and soil management.
- ZigBee Wireless Connectivity:
Operates on the IEEE 802.15.4 ZigBee 2007/PRO HA Profile, ensuring interoperability with ZigBee-based gateways, routers, and cloud systems.
- Long Transmission Range:
Provides up to 500 meters (1640 feet) of wireless communication in open space, suitable for large agricultural fields or distributed sensor networks.
- Battery-Powered Operation:
Powered by 4 × AA batteries, offering over one year of battery life at a 10-minute transmission interval, minimizing maintenance requirements.
- Rugged IP66 Enclosure:
Fully sealed, UV-protected housing ensures resistance to dust, water jets, and harsh environmental conditions, ideal for outdoor deployment.
- Flexible Network Integration:
Functions as an end device in ZigBee Star, Tree, or Mesh topologies, allowing scalable network configurations.
- Adjustable Transmission Interval:
Configurable via DIP switches from 1 second to 75 minutes, enabling optimization between data frequency and power consumption.
- Low Power Consumption:
Sleep current as low as 5–6 µA, with transmit current around 200–350 mA, ensuring efficient energy usage.
- Rapid ROI and Easy Deployment:
Wireless design eliminates cabling costs and simplifies installation, providing a quick return on investment for precision agriculture systems.
- Cloud Integration:
Compatible with Sentrol Cloud for centralized monitoring, data logging, and automated control of irrigation or environmental systems.
Measures soil moisture levels across a wide range (0–95% RH) with ±5% accuracy, enabling precise irrigation and soil management.
- ZigBee Wireless Connectivity:
Operates on the IEEE 802.15.4 ZigBee 2007/PRO HA Profile, ensuring interoperability with ZigBee-based gateways, routers, and cloud systems.
- Long Transmission Range:
Provides up to 500 meters (1640 feet) of wireless communication in open space, suitable for large agricultural fields or distributed sensor networks.
- Battery-Powered Operation:
Powered by 4 × AA batteries, offering over one year of battery life at a 10-minute transmission interval, minimizing maintenance requirements.
- Rugged IP66 Enclosure:
Fully sealed, UV-protected housing ensures resistance to dust, water jets, and harsh environmental conditions, ideal for outdoor deployment.
- Flexible Network Integration:
Functions as an end device in ZigBee Star, Tree, or Mesh topologies, allowing scalable network configurations.
- Adjustable Transmission Interval:
Configurable via DIP switches from 1 second to 75 minutes, enabling optimization between data frequency and power consumption.
- Low Power Consumption:
Sleep current as low as 5–6 µA, with transmit current around 200–350 mA, ensuring efficient energy usage.
- Rapid ROI and Easy Deployment:
Wireless design eliminates cabling costs and simplifies installation, providing a quick return on investment for precision agriculture systems.
- Cloud Integration:
Compatible with Sentrol Cloud for centralized monitoring, data logging, and automated control of irrigation or environmental systems.
Comprehensive Product Summary – ZigBee IP66 HA Soil Moisture Sensor (Model: S05-SM-HSB)
### 1. Product Overview
Product Name: ZigBee IP66 HA Soil Moisture Sensor (Battery-Powered)
Model Number: S05-SM-HSB
Article Number: S05-SM-HSB
Series: S05-SM Series (ZigBee Home Automation Profile Sensors)
Manufacturer: Nietzsche Enterprise Co., Ltd.
Product Type: Wireless soil moisture sensor for precision agriculture and environmental monitoring
Communication Standard: ZigBee 2007/PRO HA Profile (IEEE 802.15.4)
Intended Use: Soil moisture measurement and wireless data transmission for automated environmental control systems
The S05-SM-HSB is a high-precision, battery-powered soil moisture sensor designed for agricultural, horticultural, and environmental monitoring applications. Developed by Nietzsche Enterprise, the device integrates ZigBee wireless communication technology with robust environmental protection (IP66) to deliver reliable, long-range, and maintenance-free operation in outdoor conditions. It functions as an end device within a ZigBee network topology (Star, Tree, or Mesh) and is fully compatible with ZigBee Sentrol Cloud and ZigBee Complete Solution platforms for real-time data collection and automation.
### 2. Key Features
- High-Precision Soil Moisture Measurement:
Measures soil moisture levels across a wide range (0–95% RH) with ±5% accuracy, enabling precise irrigation and soil management.
- ZigBee Wireless Connectivity:
Operates on the IEEE 802.15.4 ZigBee 2007/PRO HA Profile, ensuring interoperability with ZigBee-based gateways, routers, and cloud systems.
- Long Transmission Range:
Provides up to 500 meters (1640 feet) of wireless communication in open space, suitable for large agricultural fields or distributed sensor networks.
- Battery-Powered Operation:
Powered by 4 × AA batteries, offering over one year of battery life at a 10-minute transmission interval, minimizing maintenance requirements.
- Rugged IP66 Enclosure:
Fully sealed, UV-protected housing ensures resistance to dust, water jets, and harsh environmental conditions, ideal for outdoor deployment.
- Flexible Network Integration:
Functions as an end device in ZigBee Star, Tree, or Mesh topologies, allowing scalable network configurations.
- Adjustable Transmission Interval:
Configurable via DIP switches from 1 second to 75 minutes, enabling optimization between data frequency and power consumption.
- Low Power Consumption:
Sleep current as low as 5–6 µA, with transmit current around 200–350 mA, ensuring efficient energy usage.
- Rapid ROI and Easy Deployment:
Wireless design eliminates cabling costs and simplifies installation, providing a quick return on investment for precision agriculture systems.
- Cloud Integration:
Compatible with Sentrol Cloud for centralized monitoring, data logging, and automated control of irrigation or environmental systems.
### 3. Technical Specifications
| Parameter | Specification |
|----------------|-------------------|
| Sensing Type | Soil Moisture |
| Sensing Range | 0–95% RH |
| Measurement Accuracy | ±5% RH |
| Wireless Protocol | IEEE 802.15.4 ZigBee 2007/PRO HA Profile |
| Operating Frequency | 2.4 GHz ISM Band |
| Transmission Range | 500 m (1640 ft) line-of-sight |
| RF Output Power | 18 dBm |
| Receiver Sensitivity | -92 dBm |
| Power Supply | DC 6 V (4 × AA alkaline or lithium batteries) |
| Power Consumption | TX: 200–350 mA / Sleep: 5–6 µA |
| Battery Life | Approx. 1 year @ 10-min transmission interval |
| Operating Temperature | -10°C to +45°C (14°F to 113°F) |
| Operating Humidity | 0–95% RH (non-condensing) |
| Waterproof Rating | IP66 (dust-tight and water-resistant) |
| Dimensions | 130 mm (H) × 50 mm (Φ) / 5.1 in (H) × 1.9 in (Φ) |
| Weight | 133.1 g (4.70 oz) excluding batteries; 265 g (9.34 oz) with batteries |
| Network Topology | Star / Tree / Mesh |
| Transmit Interval | 1 second to 75 minutes (DIP switch configurable) |
| Addressing | IEEE MAC 64-bit |
| Supported OS | Windows 95 to Windows 8 |
| Certifications | CE / FCC |
| Manufacturer Contact | service@nhr.com.tw / www.nhr.com.tw |
### 4. Functionality
The S05-SM-HSB operates as a wireless soil moisture sensing end device within a ZigBee network. It continuously measures soil moisture levels and transmits data at user-defined intervals to a parent device (router, coordinator, or gateway). The data can then be processed locally or uploaded to the Sentrol Cloud for remote monitoring and automation.
Typical Use Cases:
- Precision agriculture and irrigation management
- Greenhouse and horticultural monitoring
- Environmental research and soil analysis
- Smart home and building automation systems
- Landscape and turf management
Operation Workflow:
1. The sensor measures soil moisture using its internal sensing element.
2. Data is transmitted wirelessly via ZigBee to a parent device (e.g., G07-W Gateway).
3. The gateway forwards data to the Sentrol Cloud or local control system.
4. Automated systems can adjust irrigation or environmental parameters based on real-time readings.
Compatibility:
- Gateways: G07-W (WiFi/Ethernet), G07-WM (3G/GPRS)
- Routers: WZB-01USBR, WZB-02485R
- Coordinators: WZB-01USBC, WZB-02485C
- Cloud Platform: Sentrol Cloud (for centralized monitoring and control)
### 5. Components & Accessories
Included in Package:
- S05-SM Soil Moisture Sensor Unit
- Mounting cradle
- 2 × wall plugs
- 2 × mounting screws
- User’s Manual (Ver. 1.01)
Required (Not Included):
- 4 × AA batteries (alkaline or lithium recommended)
- Drill (5 mm or 3.5 mm bit depending on wall plug use)
- Size 1 Phillips screwdriver
Optional Accessories and Related Devices:
| Model | Description |
|------------|----------------|
| A08 | Wireless Power Meter Actuator (Relay Router) |
| WZB-01USBR | ZigBee Router with DC 5V Adapter |
| WZB-02485R | ZigBee Router with DC 6–24V terminal block |
| G07-W | ZigBee to WiFi/Ethernet Gateway |
| G07-WM | ZigBee to 3G/GPRS Gateway |
| Sentrol Cloud | Cloud-based sensor control and monitoring platform |
### 6. Installation & Setup
Installation Requirements:
- Mounting cradle and hardware (included)
- Drill and screwdriver
- 15 cm (6 in) clearance around the sensor for optimal performance
- Avoid direct sunlight, vents, fans, or heat sources
Mounting Procedure:
1. Select a suitable location with minimal interference.
2. Drill holes using the mounting cradle as a template (5 mm with wall plugs or 3.5 mm without).
3. Insert wall plugs (if needed) and secure the cradle using screws.
4. Place the sensor into the cradle; it can be easily removed for maintenance.
Battery Installation:
1. Twist the base counter-clockwise to open.
2. Insert 4 × AA batteries, ensuring correct polarity.
3. Close the compartment and secure the latch.
4. Observe LED indicators for operational status.
Transmission Interval Configuration:
- Set DIP switches to define transmission frequency (1 sec to 75 min).
- Power cycle required for new settings to take effect.
Network Joining:
1. Power on the parent device (router/gateway).
2. Enable “permit join” mode on the parent device.
3. Power on the S05-SM; green LED flashes once per second (ready to join).
4. Upon successful join, green LED flashes three times, then once every 60 seconds.
Network Removal:
- Use a sharp tool to press the link switch three times; red LED flashes rapidly during removal.
- After removal, green LED returns to “ready to join” status.
### 7. Performance & Capabilities
Measurement Performance:
- Soil moisture range: 0–95% RH
- Accuracy: ±5% RH
- Stable readings across wide environmental conditions
Wireless Performance:
- Transmission range: 500 m (line-of-sight)
- RF output power: 18 dBm
- Receiver sensitivity: -92 dBm
- Supports Star, Tree, and Mesh topologies for flexible network scaling
Power Efficiency:
- TX current: 200–350 mA
- Sleep current: 5–6 µA
- Battery life: ~1 year at 10-minute interval (dependent on battery quality and environment)
Environmental Durability:
- IP66-rated enclosure for dust and water resistance
- UV-protected housing for outdoor exposure
- Operating temperature: -10°C to +45°C
- Humidity tolerance: up to 95% RH
Limitations:
- Requires line-of-sight for maximum range
- Battery life dependent on transmission interval and environmental conditions
- Limited to ZigBee-compatible networks
### 8. Standards & Compliance
Wireless Standard: IEEE 802.15.4 (ZigBee 2007/PRO HA Profile)
Network Topology: Star / Tree / Mesh
Addressing Scheme: IEEE MAC 64-bit unique identifier
Certifications: CE / FCC compliant
Environmental Protection: IP66 (IEC 60529 standard)
Safety Compliance: Designed for low-voltage DC operation (6 V)
Interoperability: Fully compatible with ZigBee HA Profile devices and Sentrol Cloud infrastructure
The S05-SM-HSB adheres to international wireless communication and safety standards, ensuring reliable operation and interoperability across ZigBee-based ecosystems. Its CE and FCC certifications confirm compliance with electromagnetic compatibility and radio frequency emission regulations.
### 9. Additional Information
Warranty & Support:
Nietzsche Enterprise provides standard product warranty coverage (duration subject to regional policy). Technical support and firmware updates are available through official channels.
Maintenance:
- Replace batteries annually or when red LED flashes every 15 seconds (low power warning).
- Periodically inspect housing and mounting for physical integrity.
- Avoid submersion or mechanical shock.
Firmware & Updates:
The device supports firmware updates via ZigBee network when connected to compatible coordinators or gateways.
Manufacturer Contact:
Nietzsche Enterprise Co., Ltd.
Email: service@nhr.com.tw
Website: [www.nhr.com.tw](http://www.nhr.com.tw)
Documentation:
- S05-SM User’s Manual (ZigBee HA Profile) Ver. 1.01
- Installation and configuration guides for associated routers and gateways
### Summary
The Nietzsche Enterprise S05-SM-HSB ZigBee IP66 HA Soil Moisture Sensor is a robust, high-precision, and energy-efficient solution for wireless soil moisture monitoring. Its combination of ZigBee connectivity, IP66-rated durability, and long battery life makes it ideal for agricultural automation, smart irrigation, and environmental data collection. With flexible network integration, adjustable transmission intervals, and compatibility with Sentrol Cloud, it provides a scalable and reliable platform for precision control in agriculture and beyond.
This sensor exemplifies modern IoT design—combining rugged hardware, efficient wireless communication, and intelligent data integration to deliver actionable insights for sustainable resource management.
### 1. Product Overview
Product Name: ZigBee IP66 HA Soil Moisture Sensor (Battery-Powered)
Model Number: S05-SM-HSB
Article Number: S05-SM-HSB
Series: S05-SM Series (ZigBee Home Automation Profile Sensors)
Manufacturer: Nietzsche Enterprise Co., Ltd.
Product Type: Wireless soil moisture sensor for precision agriculture and environmental monitoring
Communication Standard: ZigBee 2007/PRO HA Profile (IEEE 802.15.4)
Intended Use: Soil moisture measurement and wireless data transmission for automated environmental control systems
The S05-SM-HSB is a high-precision, battery-powered soil moisture sensor designed for agricultural, horticultural, and environmental monitoring applications. Developed by Nietzsche Enterprise, the device integrates ZigBee wireless communication technology with robust environmental protection (IP66) to deliver reliable, long-range, and maintenance-free operation in outdoor conditions. It functions as an end device within a ZigBee network topology (Star, Tree, or Mesh) and is fully compatible with ZigBee Sentrol Cloud and ZigBee Complete Solution platforms for real-time data collection and automation.
### 2. Key Features
- High-Precision Soil Moisture Measurement:
Measures soil moisture levels across a wide range (0–95% RH) with ±5% accuracy, enabling precise irrigation and soil management.
- ZigBee Wireless Connectivity:
Operates on the IEEE 802.15.4 ZigBee 2007/PRO HA Profile, ensuring interoperability with ZigBee-based gateways, routers, and cloud systems.
- Long Transmission Range:
Provides up to 500 meters (1640 feet) of wireless communication in open space, suitable for large agricultural fields or distributed sensor networks.
- Battery-Powered Operation:
Powered by 4 × AA batteries, offering over one year of battery life at a 10-minute transmission interval, minimizing maintenance requirements.
- Rugged IP66 Enclosure:
Fully sealed, UV-protected housing ensures resistance to dust, water jets, and harsh environmental conditions, ideal for outdoor deployment.
- Flexible Network Integration:
Functions as an end device in ZigBee Star, Tree, or Mesh topologies, allowing scalable network configurations.
- Adjustable Transmission Interval:
Configurable via DIP switches from 1 second to 75 minutes, enabling optimization between data frequency and power consumption.
- Low Power Consumption:
Sleep current as low as 5–6 µA, with transmit current around 200–350 mA, ensuring efficient energy usage.
- Rapid ROI and Easy Deployment:
Wireless design eliminates cabling costs and simplifies installation, providing a quick return on investment for precision agriculture systems.
- Cloud Integration:
Compatible with Sentrol Cloud for centralized monitoring, data logging, and automated control of irrigation or environmental systems.
### 3. Technical Specifications
| Parameter | Specification |
|----------------|-------------------|
| Sensing Type | Soil Moisture |
| Sensing Range | 0–95% RH |
| Measurement Accuracy | ±5% RH |
| Wireless Protocol | IEEE 802.15.4 ZigBee 2007/PRO HA Profile |
| Operating Frequency | 2.4 GHz ISM Band |
| Transmission Range | 500 m (1640 ft) line-of-sight |
| RF Output Power | 18 dBm |
| Receiver Sensitivity | -92 dBm |
| Power Supply | DC 6 V (4 × AA alkaline or lithium batteries) |
| Power Consumption | TX: 200–350 mA / Sleep: 5–6 µA |
| Battery Life | Approx. 1 year @ 10-min transmission interval |
| Operating Temperature | -10°C to +45°C (14°F to 113°F) |
| Operating Humidity | 0–95% RH (non-condensing) |
| Waterproof Rating | IP66 (dust-tight and water-resistant) |
| Dimensions | 130 mm (H) × 50 mm (Φ) / 5.1 in (H) × 1.9 in (Φ) |
| Weight | 133.1 g (4.70 oz) excluding batteries; 265 g (9.34 oz) with batteries |
| Network Topology | Star / Tree / Mesh |
| Transmit Interval | 1 second to 75 minutes (DIP switch configurable) |
| Addressing | IEEE MAC 64-bit |
| Supported OS | Windows 95 to Windows 8 |
| Certifications | CE / FCC |
| Manufacturer Contact | service@nhr.com.tw / www.nhr.com.tw |
### 4. Functionality
The S05-SM-HSB operates as a wireless soil moisture sensing end device within a ZigBee network. It continuously measures soil moisture levels and transmits data at user-defined intervals to a parent device (router, coordinator, or gateway). The data can then be processed locally or uploaded to the Sentrol Cloud for remote monitoring and automation.
Typical Use Cases:
- Precision agriculture and irrigation management
- Greenhouse and horticultural monitoring
- Environmental research and soil analysis
- Smart home and building automation systems
- Landscape and turf management
Operation Workflow:
1. The sensor measures soil moisture using its internal sensing element.
2. Data is transmitted wirelessly via ZigBee to a parent device (e.g., G07-W Gateway).
3. The gateway forwards data to the Sentrol Cloud or local control system.
4. Automated systems can adjust irrigation or environmental parameters based on real-time readings.
Compatibility:
- Gateways: G07-W (WiFi/Ethernet), G07-WM (3G/GPRS)
- Routers: WZB-01USBR, WZB-02485R
- Coordinators: WZB-01USBC, WZB-02485C
- Cloud Platform: Sentrol Cloud (for centralized monitoring and control)
### 5. Components & Accessories
Included in Package:
- S05-SM Soil Moisture Sensor Unit
- Mounting cradle
- 2 × wall plugs
- 2 × mounting screws
- User’s Manual (Ver. 1.01)
Required (Not Included):
- 4 × AA batteries (alkaline or lithium recommended)
- Drill (5 mm or 3.5 mm bit depending on wall plug use)
- Size 1 Phillips screwdriver
Optional Accessories and Related Devices:
| Model | Description |
|------------|----------------|
| A08 | Wireless Power Meter Actuator (Relay Router) |
| WZB-01USBR | ZigBee Router with DC 5V Adapter |
| WZB-02485R | ZigBee Router with DC 6–24V terminal block |
| G07-W | ZigBee to WiFi/Ethernet Gateway |
| G07-WM | ZigBee to 3G/GPRS Gateway |
| Sentrol Cloud | Cloud-based sensor control and monitoring platform |
### 6. Installation & Setup
Installation Requirements:
- Mounting cradle and hardware (included)
- Drill and screwdriver
- 15 cm (6 in) clearance around the sensor for optimal performance
- Avoid direct sunlight, vents, fans, or heat sources
Mounting Procedure:
1. Select a suitable location with minimal interference.
2. Drill holes using the mounting cradle as a template (5 mm with wall plugs or 3.5 mm without).
3. Insert wall plugs (if needed) and secure the cradle using screws.
4. Place the sensor into the cradle; it can be easily removed for maintenance.
Battery Installation:
1. Twist the base counter-clockwise to open.
2. Insert 4 × AA batteries, ensuring correct polarity.
3. Close the compartment and secure the latch.
4. Observe LED indicators for operational status.
Transmission Interval Configuration:
- Set DIP switches to define transmission frequency (1 sec to 75 min).
- Power cycle required for new settings to take effect.
Network Joining:
1. Power on the parent device (router/gateway).
2. Enable “permit join” mode on the parent device.
3. Power on the S05-SM; green LED flashes once per second (ready to join).
4. Upon successful join, green LED flashes three times, then once every 60 seconds.
Network Removal:
- Use a sharp tool to press the link switch three times; red LED flashes rapidly during removal.
- After removal, green LED returns to “ready to join” status.
### 7. Performance & Capabilities
Measurement Performance:
- Soil moisture range: 0–95% RH
- Accuracy: ±5% RH
- Stable readings across wide environmental conditions
Wireless Performance:
- Transmission range: 500 m (line-of-sight)
- RF output power: 18 dBm
- Receiver sensitivity: -92 dBm
- Supports Star, Tree, and Mesh topologies for flexible network scaling
Power Efficiency:
- TX current: 200–350 mA
- Sleep current: 5–6 µA
- Battery life: ~1 year at 10-minute interval (dependent on battery quality and environment)
Environmental Durability:
- IP66-rated enclosure for dust and water resistance
- UV-protected housing for outdoor exposure
- Operating temperature: -10°C to +45°C
- Humidity tolerance: up to 95% RH
Limitations:
- Requires line-of-sight for maximum range
- Battery life dependent on transmission interval and environmental conditions
- Limited to ZigBee-compatible networks
### 8. Standards & Compliance
Wireless Standard: IEEE 802.15.4 (ZigBee 2007/PRO HA Profile)
Network Topology: Star / Tree / Mesh
Addressing Scheme: IEEE MAC 64-bit unique identifier
Certifications: CE / FCC compliant
Environmental Protection: IP66 (IEC 60529 standard)
Safety Compliance: Designed for low-voltage DC operation (6 V)
Interoperability: Fully compatible with ZigBee HA Profile devices and Sentrol Cloud infrastructure
The S05-SM-HSB adheres to international wireless communication and safety standards, ensuring reliable operation and interoperability across ZigBee-based ecosystems. Its CE and FCC certifications confirm compliance with electromagnetic compatibility and radio frequency emission regulations.
### 9. Additional Information
Warranty & Support:
Nietzsche Enterprise provides standard product warranty coverage (duration subject to regional policy). Technical support and firmware updates are available through official channels.
Maintenance:
- Replace batteries annually or when red LED flashes every 15 seconds (low power warning).
- Periodically inspect housing and mounting for physical integrity.
- Avoid submersion or mechanical shock.
Firmware & Updates:
The device supports firmware updates via ZigBee network when connected to compatible coordinators or gateways.
Manufacturer Contact:
Nietzsche Enterprise Co., Ltd.
Email: service@nhr.com.tw
Website: [www.nhr.com.tw](http://www.nhr.com.tw)
Documentation:
- S05-SM User’s Manual (ZigBee HA Profile) Ver. 1.01
- Installation and configuration guides for associated routers and gateways
### Summary
The Nietzsche Enterprise S05-SM-HSB ZigBee IP66 HA Soil Moisture Sensor is a robust, high-precision, and energy-efficient solution for wireless soil moisture monitoring. Its combination of ZigBee connectivity, IP66-rated durability, and long battery life makes it ideal for agricultural automation, smart irrigation, and environmental data collection. With flexible network integration, adjustable transmission intervals, and compatibility with Sentrol Cloud, it provides a scalable and reliable platform for precision control in agriculture and beyond.
This sensor exemplifies modern IoT design—combining rugged hardware, efficient wireless communication, and intelligent data integration to deliver actionable insights for sustainable resource management.
-
S05-SM_E_131223.pdf
PDF Catalog
-
S05-SM_EN-V.1.01.pdf
Manual
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