-
- 1005/1004 - C/B-Series Smart Gateway
- 1003 - Mini Smart Gateway
- 1302/1304/1305/1600 - Tilt Sensor Node
- 1F06/1F07/1F08 - Laser Tilt /Omni Tilt & Distance Sensor Node
- 1700 - Displacement Sensor Node
- 1A07/1A05/1A06 - 1/4/8-Channel Vibrating Wire Interface Node
- 1501/1510/1517 - RS485 Interface Node
- 1C02 - 2-Channel 4-20mA/1-5V Interface Node
- 1B02 - 6-Channel 120Ω Foil Gauge Interface Node
- 3101 - Visual Node
®
®
Casing and Painting Materials: | Aluminium-Alloy Die Castings 12 (Epoxy Polyester Powder Coating) |
IP Rating: | >= IP66 |
Operating Temperature: | -40 to 85°C / -10 to 50°C / -40 to 85°C (excluding rainfall sensor) |
Fire Proof: | Approved |
Certificates: | FCC, ACMA / -- / -- |
Product Specification: |
-
6501 Type - WiSenMeshWAN® Liquid Level Settlement Sensor Node Basics Battery Power Qty. x 1 (3.6V Lithium primary D-Cell ER34615) Accuracy Stop Voltage 2.7VDC Mesh Stop Voltage 2.1VDC Battery Connection Standard Aluminium Battery Holder Working Current (DC) Max. 160mA (Typ. 100mA) Local Storage Min. 450 Messages during Meshing L x W x H Interface Node: 100 x 100 x 60mm
Liquid level settlement sensor: depending on the measurement range in mm.Node Weight 0.45kg Sensor Weight Range: 100mm, Approx. 3kg; Range: 200mm, Approx. 4kg;
Range: 300mm, Approx. 5kg.(Excluding the brackets and liquid tubes)
Primary Sensor Sensor Type Vertical Settlement Range 100/200/300/400/500mm Accuracy 1.0mm (Typical 0.5mm) Resolution 0.001mm Standard System Parameter Temperature Range: -40 to 85°C; Accuracy: ±1°C, typical 0.5°C; Resolution: 0.1°C Voltage Accuracy: ± 0.1V WSN Interface WSN Protocol WiSenMeshWAN® Protocol Re-Calibration Method Inspection Period Every 3 Years by Manufacturer (or inspected by arranged methods) Applications Ground settlement monitoring: A minimum of two settlement sensor nodes are applied, with one as the reference point and other(s) as the vertical movement measurement point.
Sensor compatible: http://www.bsil.com.cn/english/view.php?id=156510 Type - WiSenMeshWAN® 4-Channel Laser Distance Sensor Node Basics Battery Power Qty. x 4 (3.6V Lithium primary D-Cell ER34615) Accuracy Stop Voltage 2.7VDC Mesh Stop Voltage 2.1VDC Battery Connection Standard Aluminium Battery Holder Working Current Max. 380mA (Typical: 150mA) Alternative DC Input 7-32VDC@Min. 1A Local Storage Min. 450 Messages during Meshing L x W x H 4 Channel Interface Node: 180 x 140 x 60mm;
Laser Distance Unit: 80 x 75 x 57mm
Node Weight 1.3kg Laser Distance Unit 0.37kg x Qty. 4 (excluding brackets and cables)
Default cable length: 0.5m (800m when high quality shield cable is used.)Cable Gland Qty. 4 x EMC-CMA12 Wire Connection Spring type wiring terminal Primary Sensor Sensor Type Distance Laser Class Class 2 Laser Range 0.05m-33m Laser Accuracy Better than ±1.0mm (Typical 0.5mm) Laser Resolution 0.1mm Laser Lens Durability ≥ 500Hrs@3Hz@50°C or 2500Hrs@3Hz@25°C Standard System Parameter Temperature Range: -40 to 85°C; Accuracy: ±1°C, typical 0.5°C; Resolution: 0.1°C Voltage Accuracy: ± 0.1V WSN Interface WSN Protocol WiSenMeshWAN® Protocol Re-Calibration Method Inspection Period Every 3 Years by Manufacturer (or inspected by arranged methods) Sensor Output Voltage “Vcc_Out Hardware Switch” is used to control the Vcc_out voltage to be 5V, 9V and 12V cross all 4 channels simultaneously.
However, for 6510 type, 12V must be used as power supply voltage to the laser sensors.
Hardware Switch
Vcc_Out Output Demo Photo 0 5V 1 9V 2 12V (Default) 3 5V Table. Vcc_Out Switch Setting.
Applications 4 sets of laser sensors can be hosted in this product, each can be used for long term distance monitoring between two specific points, such as horizontal convergence of a tunnel.
Note:
1. Vcc_Out Switch must be set as Switch = 2, i.e., 12V for the laser sensors to work;
2. It does not contain any tilt readings as in 6Fxx laser tilt series.6517 Type - WiSenMeshWAN® Weather Sensor Node Basics Battery Power Qty. x 4 (3.6V Lithium primary D-Cell ER34615) Accuracy Stop Voltage 2.7VDC Mesh Stop Voltage 2.1VDC Battery Connection Standard Aluminium Battery Holder Working Current Max. 570mA (Typ. 210mA). Note: External 12VDC is strongly recommended. Alternative DC Input 7-32VDC@min. 1A Local Storage Min. 450 Messages during Meshing L x W x H 4 Channel Interface Node: 180 x 140 x 60mm
Sensor: 600 x 300 x 250mmNode Weight 1.3kg Sensor Weight 3.0kg Cable Gland Qty. 4 x EMC-CMA12 Wire Connection Spring type wiring terminal Primary Sensor Channel Choice CH2 ONLY CH4 ONLY Sensor Type Temperature Humidity Light Intensity Air Pressure Noise Level Wind Speed Wind Direction Rainfall/T Range -40~100°C 0~100%RH 0~200000Lux 30~1100hPa 30~130dB 0~45m/s 0~359° 0~6553.5mm/T Accuracy ±0.3°C ±3%RH ±4%F.S. ±1hPa ±3dB ±(0.3+3%xSpeed) m/s ±3° ±1mm Resolution ±0.1°C 0.1%RH 1Lux 0.11hPa 0.1dB 0.1m/s 1° 0.2mm Standard System Parameter Temperature Range: -40 to 85°C; Accuracy: ±1°C; Resolution: 0.1°C Voltage Accuracy: ± 0.1V WSN Interface WSN Protocol WiSenMeshWAN® Protocol Re-Calibration Method Inspection Period Every 3 Years by Manufacturer (or inspected by arranged methods) sensor Output Voltage “Vcc_Out Hardware Switch” is used to control the Vcc_out voltage to be 5V, 9V and 12V cross all 4 channels simultaneously.
However, for 6517 type, 12V must be used as power supply voltage to weather sensors.
Hardware Switch Vcc_Out Output Demo Photo 0 5V 1 9V 2 12V (Default) 3 5V Table. Vcc_Out Switch Setting.
Applications Outdoor Long term multi meteorological parameters monitoring, including: Temperature, Humidity, Light Intensity, Air Pressure, Noise Level, Wind Speed, Wind Direction and Rainfall per T.
Note:
1. CH2 must be connected with the combined weather sensors; CH4 must be connected with the rainfall sensor;
2. Vcc_Out Switch must be set as Switch = 2, i.e., 12V for the weather sensors to work.
-
2020-10-27 WiSenMeshWAN 900MHz Product Specification - V2.0 - 2020.09.15.pdf
끂36 2.44 MB
苏ICP备11077795号 | © 2010-2021 Wisen Innovation.All Rights Reserved.
Address:4 Chapel Close Litlington Royston Herts, UK Zip Code:SG8 0QJ Phone Number:+44 (0)1763 802100 Mailbox:bdj23@wiseninnovation.co.uk