LS200-PT - Electronic sensor Planet - Free user manual and instructions

Product Type	Network Switch
Model	LS200-PT
Brand	Planet
Ports	8x 10/100/1000 Mbps RJ-45
Switching Capacity	16 Gbps
MAC Address Table	8K entries
Jumbo Frame Support	9K bytes
Power Supply	100-240V AC, 50/60Hz
Power Consumption	10W max
Dimensions (W x D x H)	200 x 120 x 44 mm
Weight	0.8 kg
Operating Temperature	0°C to 40°C
Storage Temperature	-10°C to 70°C
Relative Humidity	10% to 90% non-condensing
LED Indicators	Power, Link/Act, Speed per port
Mounting	Desktop or wall-mountable
Cooling	Fanless
Certifications	CE, FCC, RoHS
Warranty	2 years

Frequently Asked Questions - LS200-PT Planet

How to reset the LS200-PT to factory defaults?

Press and hold the reset button (located on the front panel) for about 10 seconds until all LEDs flash. Release the button; the switch will reboot with factory settings.

What is the default IP address of the LS200-PT?

The default IP address is 192.168.0.100 with subnet mask 255.255.255.0.

How to access the web management interface?

Connect your computer to one of the switch ports, set your PC IP to 192.168.0.x (e.g., 192.168.0.10), and open a web browser to http://192.168.0.100. The default username and password are both admin.

Does the LS200-PT support PoE?

No, the LS200-PT is a standard Ethernet switch without PoE (Power over Ethernet) support. Connected devices require their own power source.

How to configure VLANs on the LS200-PT?

Log in to the web interface, go to VLAN > 802.1Q VLAN, create a new VLAN, assign ports to it, and set the PVID accordingly. Apply settings to save.

What is the maximum cable length for the LS200-PT?

The maximum cable length for twisted-pair Ethernet (Cat5e/6) is 100 meters (328 feet) per segment.

How to update firmware on the LS200-PT?

Download the latest firmware from Planet's website, log into the web interface, go to Maintenance > Firmware Upgrade, select the file, and click Upgrade. Do not power off during the process.

What to do if a port LED is off or not linking?

Check the Ethernet cable connection and try a different cable. Verify the connected device is powered on. If the issue persists, test the port with a known working device to rule out a faulty port.

Is the LS200-PT managed or unmanaged?

The LS200-PT is a managed switch with L2 management features including VLAN, QoS, IGMP snooping, and port mirroring, accessible via web interface.

How to enable port mirroring on the LS200-PT?

Go to Port Management > Port Mirror, select the source port, destination port, and direction (RX, TX, or both). Apply settings to start monitoring traffic.

USER MANUAL LS200-PT Planet

2.2.1 Battery Installation 29
2.2.2 Magnetic Mounting or Wall Mounting 30
2.3.2 Precautions 31

3. Preparation 39

3.1 Requirements 39
3.2 LoRaWAN Gateway Setup 39

3.2.1 LoRa Frequency Setting....39
3.2.2 LoRaWAN Setting....40
3.2.3 Setting Up of LoRa Connection via ABP Decryption 41

3.3 Connecting to PLANET NMS-AIoT....42

4. Customer Support 45

Copyright

Copyright (C) 2025 PLANET Technology Corp. All rights reserved.

The products and programs described in this User's Manual are licensed products of PLANET Technology, This User's Manual contains proprietary information protected by copyright, and this User's Manual and all accompanying hardware, software, and documentation are copyrighted.

No part of this User's Manual may be copied, photocopied, reproduced, translated, or reduced to any electronic medium or machine-readable form by any means, electronic or mechanical including photocopying, recording, or information storage and retrieval systems, for any purpose other than the purchaser's personal use, and without the prior express written permission of PLANET Technology.

Disclaimer

PLANET Technology does not warrant that the hardware will work properly in all environments and applications, and makes no warranty and representation, either implied or expressed, with respect to the quality, performance, merchantability, or fitness for a particular purpose.

PLANET has made every effort to ensure that this User's Manual is accurate. PLANET disclaims liability for any inaccuracies or omissions that may have occurred. Information in this User's Manual is subject to change without notice and does not represent a commitment on the part of PLANET. PLANET assumes no responsibility for any inaccuracies that may be contained in this User's Manual. PLANET makes no commitment to update or keep current the information in this User's Manual, and reserves the right to make improvements and/or changes to this User's Manual at any time without notice.

If you find information in this manual that is incorrect, misleading, or incor we would appreciate your comments and suggestions.

FCC Compliance Statement

This Equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications.

However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on,

is encouraged to try to correct the interference by one or more of the following measures:

• Reorient or relocate the receiving antenna.
• Increase the separation between the equipment and receiver.
• Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
• Consult the dealer or an experienced radio/TV technician for help.

CE mark Warning

CE This equipment is compliant with Class A of CISPR 32. In a residential environment this equipment may cause radio interference.

WEEE

To avoid the potential effects on the environment and human health result of the presence of hazardous substances in electrical and electronic equipment, end users of electrical and electronic equipment should understand the meaning of the crossed-out wheeled bin symbol. Do not dispose of WEEE as unsorted municipal waste and have to collect such WEEE separately.

Trademarks

The PLANET logo is a trademark of PLANET Technology. This documentation may refer to numerous hardware and software products by their trade names. In most, if not all cases, these designations are claimed as trademarks or registered trademarks by their respective companies.

Revision

User's Manual of PLANET LoRaWAN Sensors

Model: LS100 series (LS100-WL, LS100-PIR, LS100-DW, LS100-CO, and LS100-SMK) and LS200 series (LS200-TH, LS200-PT, LS200-TC, LS200-RF, LS200-LG, LS200-CM3, LS200-CM, LS200-PM25, LS200-VOC, LS200-MF8 and LS250-PLUG)

Rev.: 1.1 (January 2025)

Part No. EM-LS100 Series_ LS200 Series v1.1

1. Product Introduction

Thank you for purchasing PLANET LoRaWAN Sensor, LS series. The descriptions of these models are as follows:

EU868

LS100-WL-EU868 IP65	LoRaWAN Water Leak Sensor (EU868 Sub 1G)
LS100-PIR-EU868	IP30 LoRaWAN Indoor Occupancy Sensor (Occupancy/Light/ Temperature -20~55 degrees C, EU868 Sub 1G)
LS100-DW-EU868 IP30	LoRaWAN Door and Window Sensor (EU868 Sub 1G)
LS100-CO-EU868	IP20 LoRaWAN CO Detector (High-Temperature Alarm, EU868 Sub 1G)
LS100-SMK-EU868	IP20 LoRaWAN Smoke Detector (High-Temperature Alarm, EU868 Sub 1G)
LS200-TH-EU868	IP65 LoRaWAN Indoor Temperature and Humidity Sensor (-20~55 degrees C, EU868 Sub 1G)
LS200-PT-EU868	IP65 LoRaWAN Product Temperature Sensor (PT1000 Needle Probe -70~200 degrees C, EU868 Sub 1G)
LS200-TC-EU868	IP65 LoRaWAN Machine Temperature Sensor (Thermocouple -40~125 degrees C, EU868 Sub 1G)
LS200-RF-EU868	IP65 LoRaWAN Refrigerator Temperature and Humidity Sensor (-40~55 degrees C, EU868 Sub 1G)
LS200-LG-EU868 IP65	LoRaWAN Light Level Sensor (EU868 Sub 1G)
LS200-CM3-EU868	IP53 LoRaWAN 3-phase Current Meter (3 x 75A Clamp-On CT, EU868 Sub 1G)
LS200-CM-EU868	IP53 LoRaWAN 1-phase Current Meter (150A Clamp-On CT, EU868 Sub 1G)
LS200-PM25-EU868	IP30 LoRaWAN PM2.5 Sensor (PM2.5/Temperature/Humidity -20~55 degrees C, EU868 Sub 1G)
LS200-VOC-EU868	IP65 LoRaWAN TVOC Sensor (TVOC/Temperature/Humidity -20~55 degrees C, EU868 Sub 1G)
LS200-MK8-EU868	LoRaWAN Temperature/Humidity/PIR/Tilt/Vibration/Reed Switch/ Light/Glass Break Sensor (-20~55 degrees C, US915 Sub 1G)
LS250-PLUG-EU868 IP20	LoRaWAN Power Plug with Power Meter (EU868 Sub 1G)

US915

LS100-WL-US915 IP65	LoRaWAN Water Leak Sensor (US915 Sub 1G)
LS100-PIR-US915	IP30 LoRaWAN Indoor Occupancy Sensor (Occupancy/Light/ Temperature -20~55 degrees C, US915 Sub 1G)
LS100-DW-US915 IP30	LoRaWAN Door and Window Sensor (US915 Sub 1G)
LS100-CO-US915	IP20 LoRaWAN CO Detector (High-Temperature Alarm, US915 Sub 1G)
LS100-SMK-US915	IP20 LoRaWAN Smoke Detector (High-Temperature Alarm, US915 Sub 1G)
LS200-TH-US915	IP65 LoRaWAN Indoor Temperature and Humidity Sensor (-20~55 degrees C, US915 Sub 1G)
LS200-PT-US915	IP65 LoRaWAN Product Temperature Sensor (PT1000 Needle Probe -70~200 degrees C, US915 Sub 1G)
LS200-TC-US915	IP65 LoRaWAN Machine Temperature Sensor (Thermocouple -40~125 degrees C, US915 Sub 1G)
LS200-RF-US915	IP65 LoRaWAN Refrigerator Temperature and Humidity Sensor (-40~55 degrees C, US915 Sub 1G)
LS200-LG-US915 IP65	LoRaWAN Light Level Sensor (US915 Sub 1G)
LS200-CM3-US915	IP53 LoRaWAN 3-phase Current Meter (3 x 75A Clamp-On CT, US915 Sub 1G)
LS200-CM-US915	IP53 LoRaWAN 1-phase Current Meter (150A Clamp-On CT, US915 Sub 1G)
LS200-PM25-US915	IP30 LoRaWAN PM2.5 Sensor (PM2.5/Temperature/Humidity -20~55 degrees C, US915 Sub 1G)
LS200-VOC-US915	IP65 LoRaWAN TVOC Sensor (TVOC/Temperature/Humidity -20~55 degrees C, US915 Sub 1G)
LS200-MK8-US915	LoRaWAN Temperature/Humidity/PIR/Tilt/Vibration/Reed Switch/ Light/Glass Break Sensor (-20~55 degrees C, US915 Sub 1G)
LS250-PLUG-US915 IP20	LoRaWAN Power Plug with Power Meter (US915 Sub 1G)

"LoRaWAN Sensor" mentioned in the manual refers to the above models.

1.1 Package Contents

The package should contain the following:

Model Package	Contents
LS100-WL LoRaWAN	Water Leak Sensor x 1
LS100-PIR LoRaWAN	Indoor Occupancy Sensor x 1
LS100-DW LoRaWAN	Door and Window Sensor x 1
LS100-CO LoRaWAN	CO Detector x 1
LS100-SMK LoRaWAN	Smoke Detector x 1
LS200-TH LoRaWAN	Indoor Temperature and Humidity Sensor x 1
LS200-PT LoRaWAN	Product Temperature Sensor x 1
LS200-TC LoRaWAN	Machine Temperature Sensor x 1
LS200-RF LoRaWAN	Refrigerator Temperature and Humidity Sensor x 1
LS200-LG LoRaWAN	Light Level Sensor x 1
LS200-CM3 LoRaWAN	3-phase Current Meter x 1
LS200-CM LoRaWAN	1-Phase Current Meter x 1
LS200-PM25 LoRaWAN	PM2.5 Sensor x 1
LS200-VOC	LoRaWAN TVOC Sensor x 1
LS200-MK8	LoRaWAN Temperature/Humidity/PIR/Tilt/Vibration/Reed Switch/Light/ Glass Break Sensor x 1
LS250-PLUG	LoRaWAN Power Plug with Power Meter x 1

Note

If any of the above items are missing, please contact your dealer immediately.

1.2 Overview

Build a Smart IoT Environment with Fabulous LoRaWAN Sensors

PLANET LS100 and LS 200 LoRaWAN sensors are intended for environmental monitoring and data collection. Data such as temperature, humidity, illumination,

and ingress/egress all impact the status of a facility or a device, whether it is a motor, a refrigeration unit, or even the networking gear itself. Sensors in the LS series mostly have IP65 and IP67 ratings, allowing them to be deployed in outdoor and industrial indoor environments. The number of sensors deployed depends on network requirements. The sensor(s) cam monitor a wide variety of conditions, including humidity, leak detection, room temperature, machine temperature, product temperature, ingress and egress, lighting, occupancy and asset location. These battery-operated sensors with no wiring required are easy to install in any place.

LoRa and LoRaWAN Wireless Technology

LoRa is a low-power wide-area network (LPWAN) technology designed for long-range data transmission. The LoRaWAN protocol standardizes device communication, making IoT applications more efficient and easy to deploy. LoRa can achieve a range of up to 3 miles (5 kilometers) in urban areas and over 6 miles (10 kilometers) in rural areas with a clear line of sight. The range varies based on factors like frequency, environment, antenna design, and power. Its low power consumption

enables battery-powered devices to run for years, depending on usage.

LoRaWAN uses a star topology, ideal for gathering small data from many low-powered devices. Its open protocol supports various applications, transmitting data efficiently via gateways. The LS series is optimized for LoRa IoT, offering power use, high reliability, and long-range communication, perfect for efficient collection.

Expanding Capabilities with PLANET Industrial LoRa Node Controllers

The integration of PLANET LS100/LS200 Sensor series into the NMS-AIoT platform enhances the system's capabilities by enabling seamless connectivity via LoRa, HaLow, and wireless, or wired options. This allows the LS100/LS200 Sensor series to contribute to real-time data collection and AI-driven insights for applications in smart cities, agriculture, and industrial environments, strengthening the platform's overall ecosystem.

The NMS-AIoT platform enables comprehensive integration of diverse devices, such as sensors, RS485/Modbus systems, and PDUs, through flexible connectivity options.

This unified architecture supports environmental data collection and AI process empowering applications like smart cities, precision agriculture, and intelligent manufacturing.

LoRaWAN-based Sensor

PLANET LoRaWAN LS100/LS200 Sensor series is fully compatible with standard LoRaWAN gateways like PLANET LCG-300 series, supporting the LoRaWAN class A. It is ideal for large-scale IoT applications, including building automation, smart metering, HVAC systems, agriculture, and more. The sensor facilitates the seamless integration of multiple sensors, making it a perfect choice for retrofitting leg assets into IoT-enabled systems.

■ Environmental Sensors:

● Temperature and Humidity
LS200-TH IP65 LoRaWAN Indoor Temperature and Humidity Sensor
- Water Leakage
LS100-WL IP65 LoRaWAN Water Leak Sensor
- Light Detection
LS200-LG IP65 LoRaWAN Light Level Sensor

Gas

LS200-VOC IP65 LoRaWAN TVOC Sensor

LS200-PM25 IP30 LoRaWAN PM2.5 Sensor

LS100-CO IP20 LoRaWAN CO Detector

- Smoke

LS100-SMK IP20 LoRaWAN Smoke Detector

■ Device Sensors:

● Temperature and Humidity Sensing
LS200-PT IP65 LoRaWAN Product Temperature Sensor
LS200-TC IP65 LoRaWAN Machine Temperature Sensor
LS200-RF IP65 LoRaWAN Refrigerator Temperature and Humidity Sensor

• Security Monitoring

LS100-PIR IP30 LoRaWAN Indoor Occupancy Sensor

LS100-DW IP30 LoRaWAN Door and Window Sensor

● Power and Current Monitoring

LS200-CM3 IP53 LoRaWAN 3-phase Current Meter

LS200-CM IP53 LoRaWAN 1-phase Current Meter

LS250-PLUG IP20 LoRaWAN Power Plug with Power Meter

- Multi-function

LS200-MF8 IP30 LoRaWAN Temperature/Humidity/PIR/Tilt/Vibration/Reed Switch/Light/Glass Break Sensor

1.3 Features

Key Features

LS100-WL

● Water Leak Sensor
IP65 rating
- LoRaWAN™ Class A compatible

LS100-PIR

● Indoor Occupancy Sensor (Occupancy/Light/Temperature)
IP30 rating
- LoRaWAN™ Class A compatible

LS100-DW

● Door and Window contact Sensor
IP30 rating
- LoRaWAN™ Class A compatible

LS100-CO

- Indoor CO Detector

● High Temperature Alarm (> 60 °C)
- Alarming Bell
- LoRaWAN™ Class A compatible

LS100-SMK

• Smoke Detection
  ● High Temperature Alarm (> 60 °C)
• Alarming Bell
• LoRaWAN™ Class A compatible

LS200-TH

• Indoor Temperature and Humidity Sensor (-20 °C to 55 °C)
  IP65 rating
• LoRaWAN™ Class A compatible

LS200-PT

● Product Temperature Sensor with PT1000 Needle Probe (-70 °C to 200 °C)
IP65 rating
- LoRaWAN™ Class A compatible

LS200-TC

● Machine Temperature Sensor with Thermocouple (-40 °C to 125 °C)

IP65 rating
- LoRaWAN™ Class A compatible

LS200-RF

● Refrigerator Temperature and Humidity Sensor (-40 °C to 55 °C)

IP65 rating
- LoRaWAN™ Class A compatible

LS200-LG

● Light Level Sensor
IP65 rating
- LoRaWAN™ Class A compatible

LS200-CM3

● 3-phase Current Meter with Clamp-On CT
● Measure 75 A current maximum
IP53 rating
- LoRaWAN™ Class A compatible

LS200-CM

● 1-phase Current Meter with Clamp-On CT
● Measure 150 A current maximum
IP53 rating
- LoRaWAN™ Class A compatible

LS200-PM25

• PM2.5 Sensor
  ● Temperature and Humidity (-20 °C to 55 °C)
  IP30 rating
• LoRaWAN™ Class A compatible

LS200-VOC

• TVOC Sensor
  ● Temperature and Humidity (-20 °C to 55 °C)
  IP65 rating
• LoRaWAN™ Class A compatible

LS200-MF8

● Indoor Temperature and Humidity Sensor (-20 °C to 55 °C)

- PIR Sensor (3 m to 5 m)

● Light Sensor (1 Lux to 3000 Lux)
- Tilt Sensor (Conversion Angle: 45° ±5° degrees)
- Vibration Sensor
- Reed Switch Sensor
● Glass Break Sensor (Detection Mode: Piezoelectric buzzer)
- LoRaWAN™ Class A compatible

LS250-PLUG

● Power Plug with Power Meter

● Maximum 16 A current measurement

IP20 rating
- LoRaWAN™ Class C compatible

1.4 Product Specifications

LS100 series (WL/PIR/DW)

Product LS100-WL LS100-PIR LS100-DW
Wireless Transmission
Technology LoRaWAN
Frequency	EU868: 863 to 870 MHzUS915: 902 to 928 MHz
TX Power	US915: 20 dBm EU868: 16 dBmAS923: 16 dBm (optional) KR920: 14 dBm (optional)AU915: 20 dBm (optional) IN865: 20 dBm (optional)
Rx Sensitivity	-136 dBm (LoRa, Spreading Factor = 12, Bitrate = 293 bps)-121 dBm (FSK, Frequency Deviation = 5 kHz, Bitrate = 1.2 kbps)
Work Mode OTAA/ABP Class A
Data Interfaces
Power Supply	2 x 3.6 V ER14505 AA battery in parallel(Battery not included)		2 x 3.0 V CR2450button battery(Battery not included)
Operating Voltage	DC 3.1 V to 3.65 V DC	3.1 V to 3.65 V DC 2.4	V to 3 V
Battery Life Time	5 years(25 °C, 15-minute reports, TxPower=20 dBm, SF10)		3 years(25 °C, 15-minute reports, TxPower=20 dBm, SF10)
Standby Current 22	μA 110 μA 12 μA
Wake-up Current (Typical value)	7.12 mA 9.78 mA 120 mA/11 mA
Low Battery Threshold	3.2 V 3.2 V 2.4 V
Physical Characteristics
Dimensions(L x W x H)	112 mm x 88.2 mm x 32 mm	78 mm x 78.8 mm x 82.2 mm	57 mm x 38.05 mm x 15.2 mm42.5 mm x 13 mm x 12 mm (Magnet)
Weight 141 g 125.8	g 43.8 g
Sensor Dimensions(L x W x H)	38.5 mm x 11.89 mm x 13.7 mm	-	-
Sensor Measurement Info	Water Leak Detection	Occupancy Sensor- Sensing Angle:110° horizontally/60° vertically- Sensing Distance:2 m to 12 m- Object Moving Speed to Send Alarm:≥ 0.2 m/sTemperature Sensor- Measurement Range:-20 °C to 55 °C- Measurement Accuracy: ±2 °CLight Sensor- Illuminance Range:1 lux to 65535 lux	Contact Detection
Ingress Protection	IP65	IP30	IP30
Operating Temperature	-20 °C to 55 °C
Relative Humidity	< 90 % RH (non-condensing)
Storage Temperature	-40 °C to 85 °C
Standards Conformance
Regulatory Compliance	CE RED, FCC PART 15B

LS100 series (CO/SMK)

Product LS100-CO LS100-SMK
Wireless Transmission
Technology LoRaWAN
Frequency	EU868: 863 to 870 MHzUS915: 902 to 928 MHz
TX Power	US915: 20 dBm EU868: 16 dBmAS923: 16 dBm (optional) KR920: 14 dBm (optional)AU915: 20 dBm (optional) IN865: 20 dBm (optional)
Rx Sensitivity	-136 dBm (LoRa, Spreading Factor = 12, Bitrate = 293 bps)-121 dBm (FSK, Frequency Deviation = 5 kHz, Bitrate = 1.2 kbps)
Work Mode OTAA/ABP Class A
Data Interfaces
Power Supply 2 x 1.5 V	AAA alkaline batteries (Battery not included)
Operating Voltage DC 2.3	V to 3.3 V
Battery Life Time	4.7 years (25 °C, 60-minute reports, TX power = 20 dBm, SF10)
Standby Current 18 μA	12 μA
Wake-up Current(Typical value)	-	580 mA
Low Battery Threshold	2.4 V	2.4 V
Physical Characteristics
Dimensions (L x W x H)	∅106 mm x 36 mm	∅106 mm x 40.6 mm
Weight	112 g	120 g
Sensor Measurement Info	CO Detection- Detection ConcentrationRange: 0 to 1000ppmHigh Temperature Alarm(>60 °C)Alarming- 85 dBm @ 3 meter	Smoke DetectionHigh Temperature Alarm(>60 °C)Alarming- 85 dBm @ 3 meter
Ingress Protection	IP20	IP20
Operating Temperature	-20 °C to 55 °C
Relative Humidity	< 90 % RH (non-acondensing)
Storage Temperature	-40 °C to 85 °C
Standards Conformance
Regulatory Compliance	CE RED, FCC PART 15B

LS200 series (TH/PT/TC)

Product LS200-TH LS200-PT LS200-TC
Wireless Transmission
Technology LoRaWAN
Frequency	EU868: 863 to 870 MHzUS915: 902 to 928 MHz
TX Power	US915: 20 dBm EU868: 16 dBmAS923: 16 dBm (optional) KR920: 14 dBm (optional)AU915: 20 dBm (optional) IN865: 20 dBm (optional)
Rx Sensitivity	-136 dBm (LoRa, Spreading Factor = 12, Bitrate = 293 bps)-121 dBm (FSK, Frequency Deviation = 5 kHz, Bitrate = 1.2 kbps)
Work Mode OTAA/ABP Class A
Data Interfaces
Power Supply	2 x 3.6 V ER14505 AA battery in parallel (Battery not included)
Operating Voltage DC 3.1 V to 3.65 V DC 3.1 V			to 3.65 V
Battery Life Time	5 years (25 °C, 15-minute reports,TxPower=20 dBm, SF10)		4.8 Years (25 °C,15-minute reports,TxPower=20 dBm, SF10)
Standby Current 24	μA 25	μA 34	μA
Wake-up Current(Typical value)	6.99 mA	9.94 mA	7.33 mA
Low Battery Threshold	3.2 V	3.2 V	3.2 V
Physical Characteristics
Dimensions(L x W x H)	112 mm x 65 mm x28 mm	112 mm x 88.19 mmx 32 mm	112 mm x 88.19 mmx 32 mm
Weight	141 g	141 g	186 g
Sensor Dimensions	D: ∅ 16 mm xL: 27 mm	-	-
Probe Info	-	PT1000 PlatinumThermal	ThermocoupleCharacteristic
Probe Temperature Detecting Range	-	-70 °C to 200 °C	-40 °C to 125 °C
Probe Wire Length	-	2 m	1 m
Probe Dimensions -		5 mm in diameter x150 mm in length,needle probe	-
SensorMeasurement Info	Temperature Sensor- Measurement Range:-20 °C to 55 °C- MeasurementAccuracy: ±1 °CHumidity Sensor- Measurement Range:0 % to 100 % RH- MeasurementAccuracy: ±4 % RH	Temperature Sensor- Measurement Range:-40° to 125 °C	Temperature Sensor- Measurement Range:-40° to 125 °C
Ingress Protection IP65 IP65 IP65
OperatingTemperature	-20 °C to 55 °C
Relative Humidity <	90 % RH (non condensing)
StorageTemperature	-40 °C to 85 °C
Standards Conformance
RegulatoryCompliance	CE RED, FCC PART 15B

LS200 series (RF/LG/CM3)

Product LS200-RF LS200-LG LS200-CM3
Wireless Transmission
Technology LoRaWAN
Frequency	EU868: 863 to 870 MHzUS915: 902 to 928 MHz
TX Power	US915: 20 dbmAS923: 16 dbm (optional)AU915: 20 dbm (optional)	EU868: 16 dbmKR920: 14 dbm (optional)IN865: 20 dbm (optional)
Rx Sensitivity	-136 dBm (LoRa, Spreading Factor = 12, Bitrate = 293 bps)-121 dBm (FSK, Frequency Deviation = 5 kHz, Bitrate = 1.2 kbps)
Work Mode	OTAA/ABP Class A
Data Interfaces
Power Supply	2 x 3.6 V ER14505 AA battery in parallel (Battery not included)
Operating Voltage	DC 3.1 V to 3.65 V	DC 3.1 V to 3.65 V	DC 3.1 V to 3.65 V
Battery Life Time	5 years (25 °C, 15-minute reports, TxPower=20 dBm, SF10)
Standby Current	20 μA	17 μA	25 μA
Wake-up Current (Typical value)	7.11 mA 7.5 mA 127 mA
Low Battery Threshold	3.2 V	3.2 V	3.2 V
Physical Characteristics
Dimensions (L x W x H)	112 mm x 65 mm x 32 mm	112 mm x 65 mm x 32 mm	112 mm x 88.19 mm x 32 mm
Weight 141 g		150 g	141 g
Sensor Dimensions (L x W x H)	-	-	27.5 mm x 25 mm x 42.5 mm
Sensor Weight - -			3 x 49.6 g
Sensor Measurement Info	Temperature Sensor- Measurement Range: -40 °C to 55 °C- Measurement Accuracy: ±0.5 °CHumidity Sensor- Measurement Range: 0 % to 100 % RH- Measurement Accuracy: ±3 % RH	Light Sensor- Illuminance Range: 0.01 lux to 157K lux	Current- Measurement Range: 100 mA to 75 A- Measurement Accuracy: < ±1 % (within 300 mA to 75 A)- Current Resolution: 1 mA
Ingress Protection IP65 IP65 IP53
Operating Temperature	-40 °C to 55 °C -20 °C	to 55 °C
Relative Humidity	< 90 % RH (non condensing)
Storage Temperature	-40 °C to 85 °C
Standards Conformance
Regulatory Compliance	CE RED, FCC PART 15B

LS200 series (CM/VOC/PM25)

Product	LS200-CM	LS200-VOC	LS200-PM25
Wireless Transmission
Technology	LoRaWAN
Frequency	EU868: 863 to 870 MHzUS915: 902 to 928 MHz
TX Power	US915 20 dBm EU868 16 dBmAS923 16 dBm (optional) KR920 14 dBm (optional)AU915 20 dBm (optional) IN865 20 dBm (optional)
Rx Sensitivity	-136 dBm (LoRa, Spreading Factor = 12, Bitrate = 293 bps)-121 dBm (FSK, Frequency Deviation = 5 kHz, Bitrate = 1.2 kbps)
Work Mode OTAA/ABP Class A
Data Interfaces
Power Supply	2 x 3.6 V ER14505 AA battery in parallel(Battery not included)		8 x 3.6 V ER14505 AAbattery in parallel(Battery not included)
Operating Voltage DC 3.1 V to 3.65 V DC 3.1 V to 3.65 V DC 6.8 V to 7.3 V
Battery Life Time	5 years(25 °C, 15-minute reports, TxPower=20 dBm, SF10)	2.7 years(25 °C, 15-minute reports, TxPower=20 dBm, SF10)	1.19 years(25 °C, 60-minute reports, TxPower=20 dBm, SF10)
Standby Current 25 μA 28 μA 250 μA
Wake-up Current(Typical value)	7 mA 0.8 mA to 20 mA	6.3 mA
Low Battery Threshold	3.2 V 3.2 V 6.8 V
Physical Characteristics
Dimensions(L x W x H)	112 mm x 88.19 mm x 32 mm	88 mm x 65 mm x 19 mm	117 mm x 114 mm x 82.6 mm
Weight	141 g	113 g	285 g
Sensor Dimensions(L x W x H)	33 mm x 28.5 mm x 43.5 mm	-	-
Sensor Weight	70.1 g	-	-
SensorMeasurement Info	Current- Measurement Range:1 A to 150 A- MeasurementAccuracy: < ±1 %- Current Resolution:1 mA	TVOC Sensor- Measurement Range:0 ppb to 60000 ppbTemperature Sensor- Measurement Range:-20 °C to 55 °CHumidity Sensor- Measurement Range:0 % to 100 % RH	PM2.5 ParticleConcentrationSensor- Particle MassConcentrationEffective Range:0 to 500 μg/m3- Particle MassConcentrationResolution: 1 μg/m3Temperature Sensor- Measurement Range:-20 °C to 55 °C- MeasurementAccuracy: ±1 °CHumidity Sensor- Measurement Range:0 % to 100 % RH- MeasurementAccuracy: ±4% RH
Ingress Protection IP53 IP65 IP30
OperatingTemperature	-20 °C to 55 °C	-20 °C to 55 °C	-20 °C to 55 °C
Relative Humidity	< 90 % RH (non-condensing)
StorageTemperature	-40 °C to 85 °C
Standards Conformance
RegulatoryCompliance	CE RED, FCC PART 15B

LS200-MF8

Product LS200-MF8
Wireless Transmission
Technology LoRaWAN
Frequency	EU868: 863 to 870 MHzUS915: 902 to 928 MHz
TX Power	US915: 20 dBm EU868: 16 dBmAS923: 16 dBm (optional) KR920: 14 dBm (optional)AU915: 20 dBm (optional) IN865: 20 dBm (optional)
Rx Sensitivity	-136 dBm (LoRa, Spreading Factor = 12, Bitrate = 293 bps)-121 dBm (FSK, Frequency Deviation = 5 kHz, Bitrate = 1.2 kbps)
Work Mode OTAA/ABP Class A
Data Interfaces
Power Supply 2 x 3.0 V CR2450 button battery (Battery not included)
Operating Voltage DC 2.3 to 3V
Battery Life Time	2.26 years(25 °C, 60-minute reports, TX power = 20 dBm, SF10)
Low Battery Threshold 2.4 V
Physical Characteristics
Dimensions (L x W x H)	75.5 mm x 19.4 mm x 44 mm
Weight 120 g
Sensor Dimensions(L x W x H)	Reed Switch: 46 mm x 16 mm x 12.9 mmGlass Break Sensor: 36 mm x 36 mm x 7.9 mm
Sensor Weight -
Sensor Measurement Info	Temperature Sensor- Measurement Range: -20 °C to 55 °C- Measurement Accuracy: ±1 °CHumidity Sensor- Measurement Range: 0 % RH to 100 % RH- Measurement Accuracy: ±7 % RHPassive Infrared Sensor- Detectable Angle: 80° horizontally/55° vertically- Detectable Range: 3 m to 5 mLight Sensor- Illumination Measurement Range: 1 lux to 3000 lux- Illumination Measurement Accuracy: < 15 %
Sensor Measurement Info	Tilt Sensor- Conversion Angle: 45° ± 5° - Contact Resistance: Less than 10 Ω- The Insulation Resistance: Greater than 100 MΩ- Operating Temperature: -40 °C to 85 °C- Installation Type: Suitable for PCB at vertical stateVibration Sensor- Model: Ball type omnidirectional signal trigger switch- Voltage: < 6 V- Current: 2 μA to 10 mA- Insulation Resistance: >10 MΩ- Trigger Rate: 100% (amplitude >1 mm, frequency >20 Hz)- Trigger Frequency: >50 HzReed Switch Sensor- Minimum Insulation Resistance 1010 Ω- Maximum Contact Resistance 100 mΩ- Maximum Switching Current 0.5 AGlass Break Sensor- Detection Mode: Piezoelectric buzzer- Power Supply: Self-generated voltage chip- Impedance: Normal (NC): 7 Ω (max) Alarm (NO): 1 MΩ (min)- Sensor Sensing Range: within 2.5 M radius- Signal Sensing Time: 1 to 3 seconds- Loop Voltage: 15 V DC (max)- Loop Current: 25 mA (max)- Applicable Glass Type: In theory, as long as any glass is impacted by high frequency, its vibration frequency and amplitude can be detected to a certain extent.- Operating Temperature: -10 to 50 °C- Wire Length: 100 cm- Installation: The glass at the installation position must be wiped clean first, and then the double-sided adhesive tape on the back of the detector must be torn and fixed on the glass. The detector should be installed about 10 cm from the corner of the glass frame.
Ingress Protection	IP30reed switch - IP67glass break - IP40
Operating Temperature -10 °C to 50 °C
Relative Humidity < 90 % RH (non-condensing)
Storage Temperature -40 °C to 85 °C
Standards Conformance
Regulatory Compliance CE RED, FCC PART 15B

LS250-PLUG

Product LS250-PLUG
Wireless Transmission
Technology LoRaWAN
Frequency	EU868: 863 to 870 MHzUS915: 902 to 928 MHz
TX Power	US915: 20 dBm EU868: 16 dBmAS923: 16 dBm (optional) KR920: 14 dBm (optional)AU915: 20 dBm(optional) IN865: 20 dBm (optional)
Rx Sensitivity	-136 dBm (LoRa, Spreading Factor = 12, Bitrate = 293 bps)-121 dBm (FSK, Frequency Deviation = 5 kHz, Bitrate = 1.2 kbps)
Work Mode OTAA/ABP Class C
Data Interfaces
Power Supply 100 V AC to 240 V AC, 50/60Hz
Physical Characteristics
Dimensions (L x W x H)	95 mm x 58 mm x 42.5 mm
Weight 135 g
Sensor Measurement Info	Current- Measurement Range: 100 mA to 16 AResistive load: 16 A/250 V AC; P: 4000 VAInductive load (max.): 8 A/220 V AC; P: 1760 VA (COSφ=0.4)Rated Load:- EU type: 16 A/250 V AC- UK type: 13 A/250 V AC- AU type: 10 A/250 V AC- US type: 15 A/125 V ACElectric motor (max.): 1.5 HP/240 V AC
Ingress Protection IP20
Operating Temperature -20 °C to 55 °C
Relative Humidity	< 90 % RH (non-condensing)
Storage Temperature	-40 °C to 85 °C
Standards Conformance
Regulatory Compliance	CE RED, FCC PART 15B

2. Hardware Introduction

2.1 Physical Descriptions

LS100-DW
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LS100-DW
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LS100-CO
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LS100-SMK
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LS100-PIR
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LS200-TH
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LS200-PT
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LS200-TC
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LS200-RF
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LS200-LG
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LS200-CM3
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LS200-CM
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LS200-PM25
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LS200-VOC
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LS200-MF8
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LS200-PLUG
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LED Definition:

	Color Function
LED	Green	Lights 1 time	Indicating the network is successfully connected after turning on LoRaWAN sensor.
		Flashes 1 time	Indicating it is triggered to send a report after pressing the Function Button Once.
		Flashes 3 times	Indicating the LoRaWAN sensor is not in the network after pressing the Function Button Once.
		Flashes 20 times	Indicating it goes to Factory Reset and Restart after long-pressing the Function Button for 5 seconds.

2.2 Hardware Installation

Refer to the illustration and follow the simple steps below to quickly install your LoRaWAN Sensor.

2.2.1 Battery Installation

• Product uses two CR2450 batteries:

Module: LS100-DW

Unscrew the four screws on the device's cover to remove the front cover. Insert the battery and put back the device's cover and tighten the screws.

• Product uses two ER14505 batteries:

Modules: LS100-PIR, LS100-WL, LS200-TH, LS200-PT, LS200-TC, LS200-RF, LS200-LG, and LS200-CM

Unscrew the four screws on the device's cover to remove the front cover. Insert the battery and put back the device's cover and tighten the screws.

2.2.2 Magnetic Mounting or Wall Mounting

- Magnetic mounting

Models: LS100-WL, LS200-TH, LS200-PT, LS200-TC, LS200-RF, LS200-LG, and LS200-CM

The LoRaWAN Sensor features magnetic mounting for easy attachment to the surface with iron material.

• Wall mounting by screws (optional)

Models: LS100-WL, LS200-TH, LS200-PT, LS200-TC, LS200-RF, LS200-LG, and LS200-CM

To make the installation more secure, please use screws (purchased separately) to fix the device on the wall or other objects.

• Wall mounting by the double-sided stickers

Model: LS100-PIR

1. Clean the surface of the objects before sticking with the sticker.

2. Tear off the 3M300LSE side of the sticker, place it on the bottom product as shown in the picture, and press it.

3. Tear off the other side of the sticker and put the sticker to a clean the wall and press the sticker firmly for around 20 seconds.

Model: LS-100-DW

Tear off the magnetic body's 3M release paper, and then adhere the body to the window or door frame by sticking it in parallel with the magnetic body.

Note

Do not install the device in a metal shielded box or in an environment surrounded by other electrical equipment to avoid affecting the wireless transmission of the device.

2.3.2 Precautions

• LS100-WL: IP65 LoRaWAN Water Leak Sensor

The sensor probe of LS100-WL has to attach to the smooth ground that may accumulate leakage.

• LS100-PIR: IP30 LoRaWAN Indoor Occupancy Sensor

The correct installation of LS100-PIR is shown below.

- Detection Range

Coverage area A-Distance: 5 meters; sensing angle: 120°

Coverage area B-Distance: 8 meters; sensing angle: 60°

Coverage area C-Distance: 11 meters; sensing angle: 30°

• LS100-DW: IP30 LoRaWAN Door and Window Sensor

The distance between the two objects has to be less than 2 cm.

• LS200-TH: IP65 LoRaWAN Indoor Temperature and Humidity Sensor

Installation height recommendation: 1-2 m.

• LS200-PT: IP65 LoRaWAN Product Temperature Sensor

When LS200-TC is compared with the last reported values, the temperature change is expected to exceed 0.1\ °C (by default). It will report values at the Min Time interval if it does not exceed 0.1\ °C (by default). It will report values at the Max. Time interval.

• LS200-TC: IP65 LoRaWAN Machine Temperature Sensor

When LS200-TC is compared with the last reported values, the temperature change is expected to exceed 10\ °C (by default). It will report values at the Min. Time interval. If it does not exceed 10\ °C (by default), it will report values at the Max. Time interval.

• LS200-LG: IP65 LoRaWAN Refrigerator Temperature and Humidity Sensor

Compare the illumination value detected by the illumination sensor with the set illumination value. The detected value exceeds the set value (default 50 lux), the currently detected illumination value is sent.

• LS200-CM3/LS200-CM: IP53 LoRaWAN Current Meter

The 3-phase current meter (LS200-CM3) samples the current according to Min. Time. If the current value sampled this time relatively exceeds the set value (the default is 100 mA) more than the current value reported last time, the device will immediately report the current value sampled this time. If the current variation does not exceed the default value, the data will be reported regularly according to Max. Time.

1. When using it, the back of it can be adsorbed on the iron surface, or the two ends can be fixed to the wall with screws.
2. When installing the LS200-CM3 current transformer, please separate the live and neutral wires of the wire to be detected, and only take the live wire through current transformer and start the measurement according to the wiring below:

If the live wire and the neutral wire are connected together at the same time, they will offset each other and the measurement is 0.

"L ← K" is marked on the bottom of the CT.

1. Before using, user must check whether the appearance is otherwise, the test accuracy will be affected.
2. The operating environment should be kept away from strong magnetic fields, so as not to affect the test accuracy. It is strictly use in humid and corrosive gas environments.
3. Before installation, please confirm the current value of the current value of the load is higher than the measurement range, select a model with a higher measurement range.
4. Children and the persons who do not have enough knowledge about electric measurements must not use this instrument.
5. Do not measure the electricity naked or barefooted to protect yourself from electrical shock hazard.

6. Be careful not to get hurt with the sharp test lead pins.

7. Warning for High Power Line Measurements

High Power Line (High Energy Circuits) such as Distribution Transformers, Bus Bars and Large Motors are very dangerous. High Power Line sometimes includes High Surge Voltage that could cause explosive short in the instrument and could result in shock hazard. For voltage measurement of High Power Line, do not touch Clamp Meter, its Test Leads, and any part of the circuit.

1. Warning for High Voltage Measurements

Even for Low Energy Circuits of electric/electronic appliances, such as heating elements, small motors, line cords and plugs, High Voltage Measurements are very dangerous. Do not touch Clamp Meter, Test Leads, and any part of the circuit. Generally, shock hazard could occur when the current between the circuit that involves more than 33 V rms or 46.7 V DC or peak and ground goes up to 0.5 mA or more.

- LS100-CO

Default Settings:

Max Time: 3600 s (0x0e10)

Min Time: 3600 s (0x0e10)

Battery Voltage Change: 0.1 V (0x01)

CO Trigger

● The device samples CO concentration 30 seconds after power-up.
- If the CO concentration exceeds 110 ppm, the device triggers an alarm:
The red indicator light flashes.

The buzzer sounds an alarm.
A CO alarm report is immediately sent.

• If the CO concentration remains above 110 ppm, the device sends an alarm report every 30 seconds.
• Once the CO concentration drops below 110 ppm, the alarm stops, and a restoration report is sent.

High-Temperature Alarm

• The device samples temperature data every minute once it is connected to the network.
• If the temperature exceeds 60 °C, the device activates an alarm:

The red indicator light flashes.
The buzzer sounds an alarm.
A high-temperature alarm report is immediately sent.

• If the high-temperature condition persists, the alarm report is sent every minute.
• Once the temperature drops below 60 °C, the alarm stops, and a restoration report is sent.

- LS100-SMK

Default Settings:

Max Time: 3600 s (0x0e10)

Min Time: 3600 s (0x0e10)

Battery Voltage Change: 0.1 V (0x01)

Smoke Trigger

Upon power-up, the device continuously monitors smoke concentration levels. If a significant change in smoke status is detected, the buzzer will activate the red indicator will flash, signaling an alarm condition. Simultaneously, device will transmit an immediate alert report. Once the smoke concentration returns to normal, a clearance report is sent, and the alarm ceases.

High-Temperature Alarm

After successfully connecting to the network, the device samples ambient temperature every minute. If the temperature exceeds 60\ °C ( 140\ °F ), the buzzer will sound, and the red indicator will flash, accompanied by an diate alarm report. If the high-temperature condition persists, the device will continue transmitting alarm reports every minute. Once the temperature drops below 60\ °C ( 140\ °F ), the alarm ceases, and a clearance report is sent.

• LS200-VOC: IP65 LoRaWAN TVOC Sensor

LS200-VOC measurement range is 0 ppb to 60000ppb.

Default Settings

Max Time: 900 s

Min Time: 900 s

1. The Min Time should not be less than 4 minutes.
2. The Max Time should be greater than or equal to the Min Time.

Battery Change: 0.1 V (0x01)

TVOC Change: 300 ppb (0x012C)

Excellent 0 to 65 ppb
Good 65 to 220 ppb
Moderate 220 to 660 ppb
Poor 660 to 2200 ppb
Unhealthy 2200 to 60000 ppb

Note: This range represents common reference values; the exact standards should be based on local regulations.

Note

1. LS200-VOC requires a 13-hour initialization period after the first power-on. During this time, the sensor undergoes automatic calibration, and the data readings may be biased. Accurate measurements will be available after the calibration process is complete.
2. Once the sensor is operating normally, valid data readings can be obtained 20 minutes after the device is restarted. This 20-minute period allows the sensor to reach a stable state.
3. If the sensor is damaged, fails to initialize, or encounters three consecutive data reading failures after warming up, the device will report a value of 0xFFFF. This process is automatically managed by the device upon startup, and no user intervention is required.

• LS200-PM25: IP30 LoRaWAN PM2.5 Sensor

Default setting:

Max Time: 8400 s

Min Time: 30 s (US915, AU915, KR920, AS923, IN865)

120 s (EU868)

Report Type count = 1

Note

1. Max Time and Min Time rules, configured by formula: Max Time ≥ Report Type count * Report Min Time+10
2. Min Time configuration is invalid. But due to software limitations, it is required to comply with the above formula and not equal to 0.
3. The Min Time setting of EU868 cannot be less than 120 s, and the Max Time cannot be less than 370 s.

- LS250-PLUG: IP20 LoRaWAN Power Plug with Power Meter Default Setting:

Max Time: 900 s (15 min)

Min Time: 2 s

Current Change: 100 mA (0x0064)

Power Change: 20 W (0x14)

Note

1. The device initially reports the ON/OFF status, energy consumption, and over-current alarm. After a 10-second interval, it transmits voltage, current, and power data.
2. When an over-current alarm is triggered, the device automatically disconnects the load, and the network indicator flashes rapidly approximately 25 times.
3. If the detected current exceeds the rated load current limit for more than 2 seconds, the device will automatically disconnect the load to prevent damage.

• LS200-MF8: IP30 LoRaWAN Multi-functional Sensor

Default Setting:

Max Time: 3600 s (0x0e10)

Min Time: 3600 s (0x0e10)

Battery Change: 0.1 V (0x01)

Temperature Change: 1 °C (0.0064), Signed 2 Bytes, unit: 0.01 °C

Humidity Change: 10 % (0x14), 1 Byte, unit: 0.5 %

Illuminance Change: 100 lux (0x64), 1 Byte, unit: 1 lux

Internal Shock Sensor Sensitivity: 0x05

Internal Vibration Sensor, Sensitivity Range: 0x00-0x0A

(The smaller the number, the more sensitive)

Disable Time: 30 s (0x001e) // PIR Occupancy (Disable Time must ≥ 5 s)

Detection Time: 300 s (0x012c) // PIR Occupancy (Detection Time must Disable Time)

Restore Report Set: 0x00 (DO NOT report when sensor restore) // Vibration Sensor

3. Preparation

Before accessing the LoRaWAN Sensor controllers, user has to install utility tool for operation.

3.1 Requirements

PLANET Industrial LoRaWAN Gateway, e.g., LCG-300 series

Workstations running Windows 7/8/10/11, macOS 10.12 or later, Linux Kernel 2.6.18 or later, or other modern operating system are compatible with TCP/IP protocols and installed with web browser.

It is recommended to use Google Chrome, Microsoft Edge or Mozilla Firefox to access the LoRaWAN Gateway. If the Web interface of the LoRaWAN Gateway is not accessible, please turn off the anti-virus software or firewall and then try it again.

3.2 LoRaWAN Gateway Setup

3.2.1 LoRa Frequency Setting

a. Open browser and log in to the Web GUI of LCG-300 series.
b. Click LoRa label on main menu and LoRa label on function menu.

c. Select the Frequency Plan for your local area. Some Frequency Plan supports Frequency Sub Band. (In this test case, select "US915" for frequency plan and "US915, FSB2" for frequency sub band.)

LCG-300 series-US

LCG-300 series-EU

3.2.2 LoRaWAN Setting

Click LoRaWAN label and input the related data.

Object Description
LoRaWAN Server Mode	The service of LoRaWAN
Email The registered email of LoRaWAN server
Gateway ID	The unique identity of the base station, which the server can distinguish a different LoRaWAN base station
Server Provider The service provider of LoRaWAN server
Server Address The IP address of LoRaWAN server
Uplink Port	LoRaWAN data service center program uplink port. Value range is 0-65535 and the default value is 1700.
Downlink Port	LoRaWAN data service center program downlink port. Value range is 0-65535 and the default value is 1700.

3.2.3 Setting Up of LoRa Connection via ABP Decryption

a. Click Enable.
b. Click Add ABP Key Button. Then input data which has to be the same as the settings of LoRa node/sensor.

Object Description

Device Address* The DevAddr of device

Network Session Key* The NWKSKEY of device

Application Session Key* The APPSKEY of device

Decoder The decoder way

Downlink Frame Counter The action status of sensor or node

*The data of the LoRa sensor has to be provided by provider; and user also can change the setting after connecting.

When sensor connects to LoRa Gateway, the RSSI and SNR would be shown on the UI of gateway as seen below.

ABP Decryption
ABP Decryption		● Enable ○ Disable
ABP Keys
No.	Device Address	Network Session Key	Application Session Key	Decoder	RSSI(dBm)	SNR(dB)	Action
1	0004 2478	FEB4A5B7F15W13W4LDPE15W9E10SDE	C98FC6BC17F6D6G20D4A6GAC1BC1E2DE	ASCII_String
2	0004 247D	2DB52FF308FD84AA209C4D84A809B8B	090E6E6E6E6FC64D812018121B07GB94E	ASCII_String -88	11
3	0004 2483	ACF05F1605HC480C157B1257A5B5FB23	ED8E6+ED80A6G6H322349IFETD601F4	ASCII_String
4	0004 2482	252133TC34DA4D40F1DCE30B3D0D13	BCBD6E6E6C2A8FF41B8B13DCCD4CC588	ASCII_String
5	0004 2484	FB7E909E679D28251L851B530D28A187	A688DF2F2489D194E757E2CF06GBBC8	ASCII_String
6	0004 247E	CC153C44AA56E5D5E823E54BBAC5FA776	87F@CS21B13A8A7B9C2G2ADC7AB1BD6	ASCII_String
7	0004 247F	G39FE3C27F12B8C1480S2A7B2A1X1F87	446C2B1AF6B3C16C2B8BC2G6B5B7E1	ASCII_String -75	12
8	0004 247C	307E6CTFE77DCB2DCFSB4A77B9D8EB	E29E6F2FBA3G12B8A4G85B73CB5B62A	ASCII_String
9	0004 247A	3B7ZBA3F15A4BA2B5P1B5M45N47CB155	5CFA06AFC5D5E6E6C2E4B8B9B4GD5FA	ASCII_String
10	0004 2480	F187C P6CDBA14B5BCCTBDFT4B4B923B9	5C1G#A5C7W6BF9D9A4CCCTJ7B974BA	ASCII_String -94	8

3.3 Connecting to PLANET NMS-AIoT

Set up the NMS-AIoT Controller with an Ethernet connection for the first-tim configuration shown in the topology below.

Launch the Web browser (Google Chrome is recommended.) and enter the default IP address https://192.168.1.100:8888 of NMS-AIOT. Then, enter the default username and password shown above to log on to the system.

The secure login with SSL (HTTPS) prefix is required.

After logging on, connect the NMS-AIoT Controller to the network to centrally control PLANET managed devices.

1. In NMS-AIOT, press the "Menu" icon ☐. Then click "Devices Management" and "Devices List" to go to devices list page.

1. Press the "plus" icon + to open the page to add a new device.

3. Add a new LoRaWAN Sensor on the NMS-AIoT

Enter the relevant data for the LoRaWAN Sensor.

After adding sensor(s), it will be shown in the device list in Web UI of NMS-AIoT.

■Status	Group	Device Type	Model Number	Alias Name	DevEUI	Device Description	Location	Action
□	DEMO	LoRaWAN Sensor	LS200-TH	Temp & Humidity	00137A1000042A7D	LoRaWAN Indoor Temperature and Humidity Sensor	Default Location
□	DEMO	LoRaWAN Sensor	LS100-PIR	Occupy sensor (PIR)	00137A1000042A84	LoRaWAN Indoor Occupancy Sensor	Default Location
□	DEMO	LoRaWAN Sensor	LS200-RF	T&H for refrigerator	00137A1000042A7C	LoRaWAN Refrigerator Temperature and Humidity Sensor	Default Location
□	DEMO	LoRaWAN Sensor	LS200-CM3	3phase Current Meter	00137A1000042A80	LoRaWAN 3-Phase Current Meter	Default Location
□	DEMO	LoRaWAN Sensor	LS200-CM	1phase Current Meter	00137A1000043901	LoRaWAN 1-Phase Current Meter	Default Location

4. Customer Support

Thank you for purchasing PLANET products. You can browse our online FAQ resource and User's Manual on PLANET Web site first to check if it could solve you need more support information, please contact PLANET switch support team.

PLANET online FAQs: https://www.planet.com.tw/en/support/faq

Switch support team mail address: [e-mail]