ZPMETER Tuya Contatore Smart Zigbee User Guide
- June 16, 2024
- ZPMETER
Table of Contents
Tuya Contador Smart Zigbee
User Guide
Tuya Contador Smart Zigbee
Tuya Smart Water
Meter Solution
Based on Toya’s global Al+IOT platform and intelligent solutions, it helps our water meters to quickly achieve intelligent upgrades. Smart water meters can be deployed globally, and the app can be easily controlled to realize metering, control and alarm in one. At the same time, it can be easily accessed to energy management PaaS systems for apartments, hotels, commercial lighting, etc., helping commercial customers to realize equipment control. Tuya provides multiple ways of flexible access, supporting both single device access to Tuya Cloud and access to Tuya Cloud through multiple sub-devices + gateway; providing diverse communication module access, such as NB, Wi-Fi, ZigBee, etc.; providing professional APP panel to achieve excellent user interaction experience. Smart Breaker can provide 4 segments of products and services, including cloud access, APP panel, cloud platform and scene Peas
Application Scenarios
Rental housing
Generally, farmers’ houses or commercial houses are rented out to tenants,
and they need to realize separate measurement of water consumption in
independent rooms and public spaces, so as to realize reasonable cost sharing.
Pain point 1: inconvenient to check water consumption Water meters are
generally installed in a centralized area, and are independent in the water
meter cabinet or cellar well area of the building, so it is not easy for
tenants to check the water consumption. This solution supports viewing on the
App. Pain point 2: No alarm for tampering behavior In order to prevent tenants
from tampering with the water meter, the program supports the detection and
alarming of abnormalities such as anti-tampering, magnetic influence, and
abnormal water usage, and timely reporting. Pain point 3: prepayment function
Support prepayment function, the tenant will take the initiative to care about
the remaining water to recharge themselves, so that the landlord less worry.
Apartments
Smart electricity and water meters are deployed independently based on the
room dimension, and the apartment management can realize individual
electricity and water consumption metering and charging management with
periodic data update and remote monitoring. Tenants can view the energy
consumption data through the APP panel and top up the fees through
Alipay/WeChat channels. Pain point 1: High workload of manual meter reading.
Manual meter reading is a big workload and the data is not timely. The smart
meter has remote communication function, and the energy consumption data can
be reported, counted and stored periodically for easy access. Pain point 2:
Tenants default on utility bills. Tenants do not pay their bills in time for
various reasons, thus affecting the operation of the property owner. The
prepayment function of electricity and water meters allows tenants to recharge
first before using them. Pain point 3: No alarm when abnormal events occur.
When the valve can not be closed, long-term leakage of pipes and other
abnormal events, the traditional water meter can not report the alarm in a
timely manner. Smart water meter can report alarm information in a timely
manner and push to the relevant parties in real time.
Industry and commerce
With a high water consumption base and large water consumption in industry and
commerce, the installation of intelligent water meters can quickly realize the
collection and comparison of water consumption data in the pipeline network,
monitor the flow and pressure of pipeline operation, realize the optimal
allocation of resources, save water and reduce emissions, and gradually
optimize the water consumption per unit of GDP. Pain point 1: Large pipeline
leakage and inconsistent data upstream and downstream of the pipeline. Through
intelligent construction, high-frequency cycle data comparison can be
realized, and leakage areas can be investigated online to quickly locate and
solve problems and greatly reduce the leakage rate of pipeline networks. Pain
point 2: meter reading and billing difficulties. Traditional water meter
manual meter reading cycle is long and billing is difficult. Through the rapid
combination of smart water meter and APP, the collection – billing information
flow solves the question of user data accuracy and improves the water billing
recovery rate Pain point 3: High water consumption per unit of GDP. Realize
background data presentation and analysis, combined with water consumption
scenarios can be customized water saving and emission reduction optimization
program.
Function
Water quantity measurement
Smart water meter can realize high precision water consumption, water charges,
pipeline pressure and other data measurement, based on visualized data, easily
realize the water consumption measurement and pipe network quality view of
this scene.
Data Display
The Doodle Cloud platform counts and stores water consumption data based on
regular reports from smart water meters. Users can view hourly granularity of
water consumption data for the last 7 days and daily water consumption data
for the last year through the panel or Paa$ system.
Remote control protection
Users can control the valve switch of smart water meter remotely through the
panel or Paa$ system. Especially some devices are deployed outdoors or in the
countryside, users can easily achieve control at home with the app and the
working status can be shown all together.
Threshold Alarms
The panel supports up to 13 kinds of abnormal alarms to help different plants
achieve differentiated product functions. When an abnormality occurs, the
water meter can take the initiative to report alarm information, and the APP
receives the alarm and pushes it to the user actively to remind the user to
deal with it in time. For some abnormal alarms, support whether the water
meter action configuration.
Adaptation meter model 1: 214C
Technical parameters
Parameters | Performance |
---|---|
Nominal Diameter (mm ) | DN15~DN20 |
Q3/Q1 | 250 |
Pressure Loss | Δp40 |
Measured media | Water, homogeneous liquid, and fill the measured pipe |
Accuracy | Class 2 |
Maximum working pressure | 1.0MPa |
Working Environment | 5°C~+55°C, <100%RH |
Temperature | T30 |
Upstream flow field sensitivity level | u10 |
Downstream flow field sensitivity level | D5 |
Climatic and mechanical environmental class | Class B |
Electromagnetic compatibility class | E1 |
Button | Touch Button + Hall button |
Monitors | LCD 8-digit + prompt |
Display content | Instantaneous flow rate (m³/h), cumulative flow rate (m³), |
screen detection, meter address, cumulative operating time (h), date
(year/month/day), caliber, software version
Display Range| Cumulative flow : Om³~ +99999.999m³
Data Communication| Optical Interface| Baud rate 2400bps, even parity, 8 data
bits, 1 stop bit
Wireless Communication| ZIGBEE , Default 12-hour communication
Working power| Battery powered DC3.6V
Protection Class| 1P67/ 1P68
Storage temperature| -25°C ~ +55°C
Flow parameters
Nemmirel| Permanent Flowrate Q³(m/h)| Boundary Flowrate Q2
(m³/h)| Minimum flow Q1(m³/h)| Overload flow Q4(m³/h)
---|---|---|---|---
Dn15| 2.5| 0.016| 0.01| 3.125
Dn20| 4| 0.025| 0.016| 5
Dimension
Diameter(mm) | DN15 | DN20 |
---|---|---|
Thread | G¾B | G1B |
L(mm) | 142 | 142 |
L 1 (mm) | 165 | 195 |
H(mm) | 98.2 | 98.2 |
W(mm) | 102 | 102 |
Adaptation meter model 2: 213E
Technical parameters
Diameter | DN15 | DN20 | DN25 | DN32 | DN40 |
---|---|---|---|---|---|
Length | 165mm | 190/195mm | 225/260mm | 180/260mm | 200/300mm |
Q,(m/h) | 2.5 | 4 | 6.3 | 10 | 16 |
Start Flow(L/h) | 2 | 2 | 3 | 5 | 7 |
Meteorological Class | Q/0,=100/125/160/200/250/400/500; | ||||
Accuracy Class | Class 2 | ||||
Pressure Stage | MAP16 | Pressure Loss | Ap<63 | ||
Temperature | T30/T50/T70; Default T30 | ||||
Data Storage | 730 daily data storage, 48 months history data; (Customization |
data storage mode according to customer requirements)
Interface & Communication| Infrared/M-BUS/RS485/NB-IOT/LORAWAN/Pulse
Power| DC3.6V Lithium Battery
Protection| P68
Temperature
Requirements| Medium Temperature : 0.1°C ~ 90°C
Ambient operating Temperature: 1°C ~ 70°C
Ambient storage Temperature: -15°C ~ 70°C
Installation| Horizontal or Vertical
Durability| Life Period > 6+1years
Dimension
Nominal Diameter | DN15 | DN20 | DN25 | DN32 | DN40 |
---|---|---|---|---|---|
Thread | G3/4 | G1 | G11/4 | G11/2 | G2 |
L(mm) | 116.5 | 116.5 | 116.5 | 116.5 | 116.5 |
L 1 (mm) | 165 | 190/195 | 225/260 | 180/260 | 200/300 |
H(mm) | 96.5 | 96.5 | 107 | 110 | 115 |
W(mm) | 97 | 97 | 97 | 97 | 97 |
ZigBee Operating Instructions:
(1) The Hall button is only used to make the Zigbee module enter the wiring
mode by long press.
The specific operation is as follows: the magnet is close to the Hall button,
so that its suction is greater than or equal to 4 seconds, can trigger the
ZIGBEE module into the wiring mode. In order to judge whether the operation is
successful to make the module enter the wiring mode, you can first touch the
button to make the LCD switch to the reporting trigger interface, and then
check whether the module enters the wiring mode by the LCD display through the
magnet long suction and closure of the Hall button, and when the LCD display
jumps to the following display, it means it successfully enters the wiring
mode. (2) Touch button: Use your finger to operate the touch button to switch
between displays, view the relevant data measured by the meter and related
parameters, and a long press on the specified interface will immediately
trigger a data upload, as shown in the figure.
NB lost communication operation instructions:
- Enter the Tsoodle App to add the corresponding product, enter the IMEI number of the corresponding table, manually touch the table for one data upload, send out the NB signal to communicate with the platform, and after success, the table is added successfully.
214C Display information:
No. | LCD Icons | Meaning |
---|---|---|
1 | Normal water flow | |
2 | Valve open | |
3 | Pipe burst | |
4 | Reverse water flow | |
5 | Leakage | |
6 | Reserved position | |
7 | Alarm warning | |
8 | TEST | Test Mode |
9 | Balance checking | |
10 | m ³ /h | Cubic meter per hour |
11 | Cumulative working hours | |
12 | °c | Water temperature |
13 | Low battery | |
14 | Charging (prepaid mode) | |
15 | Valve close | |
16 | Full screen |
Menu List (User Loop)
Cover the button for 3 seconds and holding it on will bring up the four menus
for users to select.
Main Menu
Shortly covering the button to display items under the Main Menu one by one in
the following order to check the measurement data:
213E Display information:
No. | LCD Icons | Meaning |
---|---|---|
1 | Normal water flow | |
2 | Real time | |
3 | Pipe burst | |
4 | Reverse water flow | |
5 | Leakage | |
6 | Reserved position | |
7 | Alarm warning | |
8 | ID | Meter address |
9 | GAL | Gallon (unit) |
10 | m ³ /h | Cubic meter per hour |
11 | m ³ | Cubic meter(unit) |
12 | h | Hour( unit) |
13 | GPM | Gallon per minute |
14 | °c | Water temperature |
15 | Low battery | |
16 | T | Reserved position |
17 | NB-lot communicate normally | |
18 | Full screen |
Menu List (User Loop)
Cover the button for 3 seconds and holding it on will bring up the four menus
for users to select.
Main Menu
Shortly covering the button to display items under the Main Menu one by one in
the following order to check the measurement data
-==-» Press and hold for more than 3 seconds
—> Press and hold for less than 3 seconds
Menu E
Shortly covering the button to display items under Menu E one by one in the
following order to check the meter information:
===» Press and hold for more than 3 seconds
— Press and hold for less than 3 seconds
Installation conditions
- The ultrasonic water meter is a precision measuring instrument, so it needs to be handled lightly.
- When installing, make sure the arrow mark of the meter is consistent with the direction of water flow in the pipe before installation.
- There should be enough space for maintenance during installation.
- IN order to ensure the accuracy of measurement, at least 10 times the length of straight pipe should be reserved in front of the meter and at least 5 times the length of straight pipe should be reserved after the meter, as shown in the figure below
Requirements for installation location
- The installation shown in M-1 is correct, the meter is mounted low in the pipe, there is back pressure at the back end of the meter, and no air bubbles are generated that would affect the accuracy of the measurement, this is a horizontal installation.
- The installation shown in M-2 is correct, and this mounting position also does not generate air bubbles for the same reason as A. This figure shows a vertical installation.
- The installation shown in M-3 is incorrect, as the meter is mounted high in the pipe, where air bubbles tend to accumulate and affect measurement accuracy.
- The installation shown in M-4 is incorrect. This installation is a vertical installation with a downward water inlet, which is not allowed.
Notes for installation and use
- Please flush the pipe before installation to prevent stones and other debris in the pipe, which will affect the use of the water meter.
- Straight pipe sections should be installed before and after the meter to ensure the requirements of uU10/D5.
- For harsh water environment, install a filter or check valve before the meter.
- The fluid in the pipe should be free from air bubbles.
- The wireless water meter should be installed in a place with good signal, and the environment with weak wireless signal should be equipped with external antenna (such as manhole, pipe well).
- The meter should be far away from AC power and high-frequency radiation source at least 2m above, to avoid electromagnetic influence on the measurement.
- The meter should be away from high temperature radiation sources and avoid direct sunlight.
- Avoid pulling the antenna during installation and use to prevent the antenna from being damaged and affecting the communication.
- Please do not test pressure greater than 1.6MPa to ensure that the flow is within the flow range of the meter.
- Installation must be in the direction of the flow indication arrow on the pipe section, and take horizontal and vertical installation.
- When installing outdoor pipes, please do a good job of pipe and water meter insulation to prevent freezing and cracking in winter.
- The meter should be installed in a dry environment as much as possible.
Issues and solutions
No | Behavior | Reason | Solution |
---|---|---|---|
1 | No display | PCB is broken | Change meter |
2 | Water in PCB | Change meter | |
3 | Power used out | Change battery | |
4 | Wrong install direction | Adjust installation | |
5 | High instantaneous flow | Bubble in pipe | Ventilation |
6 | Not go at all times | Bubble in pipe | Ventilation |
7 | No instantaneous flow | Valve is closed | Open valve |
8 | Transducer is broken | Change meter | |
9 | Bubble in pipe | Ventilation | |
10 | in LCD | Low voltage of battery | Change battery |
Transportation and Storage
- The water meter should be stored in the original package at an ambient temperature of-15C-70C and without corrosive gases in the air.
- When the water meter is stored on the shelf, the height of stacking the whole box should not exceed 6 layers.
Service Commitment
ZP meter is committed to providing users with timely and high-quality after- sales service, sincerely promise the following.
- The instrument is free of charge within 12 months from the date of sale, without charging the cost of work and original parts.
- Beyond the free warranty period to the site maintenance, only the maintenance travel and original cost charges.
- The following conditions are not covered by the free warranty, only the basic charges such as labor and cost or the cost price will be charged for replacement.
• Damage to the product caused by human factors on your part.
• Non-instrument failure due to system shutdown, external abnormalities, failure to operate according to instructions, etc.
• Damage to the meter due to irresistible causes, such as lightning strikes, etc.
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