CLPWIE01 -- Pipe Clip

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Product Description

The Smart Pipe Clip is a compact clamp that attaches to water pipes with an outer diameter of 15--32 mm (all materials: copper, steel, PEX, PE, etc.). The device provides three main functions:

• Frost Warning: Detection and warning of frost risk
• Water Consumption Estimation: Estimation of water consumption based on vibration and temperature sensors
• Leak Detection: Detection of water leaks through unusual water usage patterns

The device supports three communication methods:

• WLAN (standard for CLPWIE01) -- for normal home use via app, MQTT, and webhooks
• LoRa P2P -- for direct control of Aqua-Scope valve motors on alarm, also works completely offline without internet
• LoRaWAN Class A -- for connection to a LoRaWAN network (switchable via menu)

Power supply: 2xAAA batteries (pre-installed) or external 3V DC power.

Sensor Construction

Letter	Component	Description
A	Button	For pairing, testing, and menu access (under the battery cover)
B	LED (dual color)	Shows network connection, menu status, and pairing mode
C	Screw terminal	Connection for external 3V power supply (+ and - marked)
D	Buzzer	Acoustic signals
E	Battery compartment	2xAAA batteries
F	Hinged clamp	For quick attachment to the water pipe
G	Transport safety magnet	Activates/deactivates the sensor
H	Red LED	Alarm indication and active radio communication
I	Screws	3 screws for opening the battery compartment
K	Clamp axis	Removable for cable tie mounting
L	Air temperature sensor	Measures ambient temperature (orient toward center of room)

Installation and Setup

Mounting Method 1: Quick Mount with Clamp

The hinged clamp (F) can attach the device directly to the water pipe. This method allows quick installation and easy removal or repositioning without tools.

Mounting Method 2: Permanent Cable Tie Mount

For a tamper-proof, permanent installation:

1. Remove the 3 screws (I) on the battery cover and take off the cover
2. Pull out the clamp axis (K) (by hand or with pliers)
3. Remove the clamp and spring
4. Thread a cable tie through the designated slot in the housing
5. Secure the sensor to the pipe

Placement

• Mount on the main water line, approx. 20--40 cm from the building's water entry point
• The air temperature sensor (L) should face toward the center of the room (not toward the wall)
• If WLAN coverage is insufficient, install a repeater nearby

WLAN Mesh

With WLAN mesh systems using multiple repeaters, it may take some time for the sensor to connect to the optimal repeater.

Activation and Deactivation

The round transport safety magnet (G) controls the operating state:

• Magnet on the marking field (large plus sign): Sensor in sleep mode, no battery consumption
• Remove magnet: Sensor is activated -- the red LED (H) blinks inside the housing (may take up to 1 minute)
• Reattach magnet: Sensor is deactivated

Connection and Communication

The WLAN setup is performed via the device's configuration page (SSID "Scope"). A detailed step-by-step guide can be found at WLAN Connection.

This device also supports WPS (short click in factory state) and can be switched to LoRaWAN via the 1-button menu (command 2) -- see LoRaWAN Connection.

Note

LoRaWAN and direct motor control via LoRa are mutually exclusive. In LoRaWAN mode, the sensor cannot directly control Aqua-Scope motors via radio.

WLAN Setup (Summary)

Prerequisites:

• WLAN network name (SSID)
• WLAN password (WPA2 key, usually 8+ characters on the router's underside)
• Email address for Aqua-Scope user account

Steps:

1. The device is shipped in factory state with a red/green blinking LED
2. Connect your mobile device or PC to the WLAN "Scope" (no password required)
3. Open http://scope.local in the browser
4. Fill in the form: select WLAN, enter WLAN password and email address
5. Redirect to https://app.aqua-scope.com
6. Sign in with an existing account or create a new Aqua-Scope account
7. Test the connection at the final installation location

info

Install the sensor at its final location only after you have confirmed a successful WLAN connection. If this is not the case, there is insufficient WLAN signal coverage at the installation location and you need to install a WLAN repeater.

For Advanced Users

In addition to the Aqua-Scope app, further communication options are available and can be activated via Configuration -> Communication Options in the app:

• MQTT -- Integration into MQTT-based systems
• Home Assistant -- Automatic discovery in the dashboard
• JSON Webhook -- Custom web service with HTTP POST
• Modbus IP -- Industrial protocol (TCP Port 502)
• Local Web Server -- Direct access via browser on the LAN

info

The local web server and Modbus IP are only available in mains-powered mode, not in battery mode.

Install the App

• Android: The Progressive Web App at https://app.aqua-scope.com can be installed as a native app when prompted by the browser
• iOS: Open the page in Safari and add it to the home screen via the share menu by selecting "Add to Home Screen"

Core Functions

Regular Sensor Data

The sensor transmits data at regular intervals:

Measurement	Description
Uptime	Hours since activation
Room temperature	Measured at the air temperature sensor (L) in °C
Battery status	Voltage and consumed capacity
Water consumption	Estimated in liters

Alarms

Alarm messages are transmitted immediately upon detection.

Alarm	Description	Behavior
Temperature too low	Temperature falls below configurable threshold	Clears automatically when temperature rises above threshold
Temperature too high	Temperature exceeds configurable threshold	Clears automatically when temperature falls below threshold
Leak / Drip alarm	Dripping faucet or small leak detected	Clears automatically when no more water flow is detected
Prolonged water usage	Water flows unusually long -- possible major leak	Clears automatically when water flow stops
Battery low	More than 80% of battery capacity consumed	Replace batteries

Button Operation and LED Signals

The button (A) and dual-color LED (B) are located under the battery cover (remove 3 screws).

Button Functions

State	Action	Function
Factory state (LED blinks red/green)	Short click	Toggle WPS mode
Normal operation	Short click	Send test status via radio (green LED confirms)
Any	Hold >5 sec.	Activate 1-button menu

1-Button Menu

Hold the button for more than 5 seconds -> menu starts at command 1 (1x beep, 1x LED blink).

Operation:

• Short click: Advance to next command (2x beep = command 2, etc.). After the last command, counting restarts at 1.
• Long press: Execute the selected command (3x yellow blink as confirmation)
• Timeout: Menu exits automatically after a few seconds of inactivity

Each command toggles a parameter. The LED color shows the current status: red = inactive, green = active.

No.	Command	Description
1	Factory reset	Always shows red. Resets all parameters, including WLAN SSID and password
2	LoRaWAN ↔ WLAN	Switch between LoRaWAN and WLAN. No direct motor control possible in LoRaWAN mode
3	ESP always active	For testing purposes only. The battery drains very quickly when this option is active. Disabled in factory state
4	Vibration sensor	Enable/disable the vibration sensor (only available on hardware versions with vibration sensor)
5	Calibration	Repeats the initial calibration. Do not use while the sensor is mounted on the water pipe

Battery Replacement and External Power Supply

Battery Replacement

1. Remove the 3 screws (I) on the battery cover
2. Remove the cover
3. Remove the old AAA batteries and insert new ones (observe polarity)
4. Replace and screw the cover back on

Standard AAA alkaline or lithium batteries can be used.

External Power Supply

Under the battery cover, there is a screw terminal (C) with + and - markings for an external 3V DC power supply (min. 500 mA, not included).

1. Break out the small opening (3x5 mm) at the bottom of the housing to route the cables
2. Connect the cables to the screw terminal (C) (observe + and -)

info

The batteries can remain in the device as a backup. However, by breaking out the cable opening, the device loses its IP44 protection rating -- it is then no longer protected against splash water.

Scope of Delivery

• Main unit (Pipe Clip)
• 2xAAA batteries (pre-installed)
• Operating instructions
• Cable tie

Technical Specifications

Parameter	Value
SKU	CLPWIE01
Pipe diameter	15--32 mm (all materials: copper, steel, PEX, PE, etc.)
WLAN	2.4 GHz, 802.11 b/g
Bluetooth	Low Energy
LoRaWAN	Class A (switchable via menu)
LoRa P2P	Direct motor control
Design patent	DE 402025200873-0001

Sensors

Sensor	Description
6-axis gyro	Vibration detection (when installed)
3x temperature sensors	Pipe and air temperature
Voltage sensor	Battery voltage
Reed contact	Magnetic field detection
Ruthenium oxide heating element	Water flow detection

Power Supply and Battery Life

Parameter	Value
Batteries	2xAAA (standard alkaline or lithium)
External supply	3V DC, min. 500 mA
Quiescent current	0.4 mAh/day
LoRaWAN per transmission	8 mAs
WLAN per transmission	300 mAs
AAA battery capacity	1000 mAh (effective)

Mode	Transmissions/Day	Battery Life
LoRaWAN	4	~75 months
WLAN	4	~45 months
WLAN	24	~12 months

Radio Emissions

Technology	Frequency	Transmit Power
WLAN	2.4 GHz (broadband per EN 300 328)	--
LoRaWAN	868--869 MHz	4 dBm (2.5 mW)

Dimensions

Parameter	Value
Protection rating	IP44
Dimensions	65 x 20 x 45 mm
Weight	57 g (incl. batteries)

Further Information

• Install the App
• WLAN Connection
• MQTT
• JSON Webhook
• Technical Support
• Declaration of Conformity
• Disposal Guidelines