Acrel ATE Series Wireless Temperature Sensor Instruction Manual
- June 6, 2024
- Acrel
Table of Contents
ATE Series Wireless Temperature Sensor
322
ATE
ATE series Wireless Temperature Sensor
V1.7 Installation Instruction V1.7
Acrel Co., Ltd.
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1
1 Installation Guide
1.1
1.1 Product Introduction
ATE NB/T 42086-2016 3~35kV 0.4kV
ATE series wireless temperature measuring sensor has been developed in
compliance with Specification for Wireless Temperature Measuring equipment,
NB/T 42086-2016. It is suitable for 3-35kV indoor switchgears, including
built-in switchgears, handcart switchgears, fixed switchgears and loop-net
switchgears. It is also suitable for 0.4kV low-voltage switchgears such as
fixed switchgears and drawer switchgears. The wireless temperature sensors can
be installed at any heating point in switchgears, the device utilizes the
wireless data transmission technology for real-time transmission of monitored
temperature data. In addition, it can be transmitted to display device or
remote intelligent monitoring system.
1.2
1.2 Type Introduction
ATE
XXX
Type: 100 100M 200 400 100P 200P 100 is bolted, 100M is magnetic,200 is belt,
400 is tied with cable tie, 100P is outdoor bolted, 200P is outdoor belt
Wireless temperature measuring sensor
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1.3
1.3 Technical Features
Items
Environment
ATE100M/100/200
ATE100M/100/200
Active wireless temperature sensor
400
400 Passive wireless
temperature sensor
Temperature
Humidity atmospheric pressure Wireless frequency Communication distance
Sampling frequency Transmitting frequency Power source Installation Range of
temperature
Precision Application Battery life Wireless frequency Communication distance
Sampling frequency Transmission frequency Power source
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Features
-40~125
95%
86kPa~106kPa
470MHz 150m 150m in open area
25s
25s-5min Battery
// Magnetic / bolted /Belt
-50~+125
±1 Joints in high or low voltage switchgears
5 5 years 470MHz 150m 150m in open area
15s
15s CT 5A CT-powered, starting current5A
ATE100P/200P
ATE100P/200P Outdoor wireless temperature sensor
1.4
Installation Sensor probe
Range of temperature
Precision Application Wireless frequency Communication distance Sampling
frequency Transmitting frequency Power source Installation Range of
temperature
Precision Application Battery life Protection level
alloy chip fixing
alloy bottom -50~125
±1 Joints in high or low voltage switchgears
470MHz 150m 150m in open area
25s
25s-5min Battery
/ bolted /Belt
-50~+150
±0.5 Voltage switchgears
5 5 years
IP68
1.4 Product Installation
There are several types of wireless temperature sensors and mounting methods correspondingly, i.e. Magnetic , bolted , belt and alloy chip fixing.
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1.4.1 1.4.1 Shape Size
ATE100M
ATE100/ATE100P
ATE200/ATE200P
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ATE400
1.4.2 1.4.2 Label Instructions 1.4.2.1 ATE ASD/ARTM-Pn 1.4.2.1 ATE sensor with
ASD/ARTM-Pn device
ASD320
ARTM-Pn
ATE100M
ATE100
ATE200
ATE400
ATE100P
ATE200P
ATE100M/ATE100/ATE200/ATE400/ATE100P/ATE200P
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” 1″”51809190240001” “1A” A “1B” B
If the sensor is ATE100M/ATE100/ATE200/ATE400/ATE100P/ATE200P, the number
behind “” should be same as number underlined in “51809190240001”, the
sequence of installation is base on the label, “1A” is first one on the phase
A, “1B” is first one on the phase Band so on.
Notice: wireless temperature sensors and display device in the package have
been matched before delivery. Do not use them with other display device or
other wireless temperature sensors together. Please installing them with label
on the sensor.
1.4.2.2 ATE ATC600/ATC450-C 1.4.2.2 ATE sensor with ATC600/ATC450-C
coordinator
ATC600
ATC450-C
ATE100M
ATE100
ATE200
ATE400
ATE100P
ATE200P
ATE100M/ATE100/ATE200/ATE400/ATE100P/ATE200P ATC450-C/ATC600 “001”
According to the above pictures, If the sensor is
ATE100M/100/200/400/100P/200P, the group number of ATE must be same with the
group number of ATC450-C/ATC600 and the installation order is base on the
label. The code of each sensor is used to distingguish each sensor from same
group. “code: 001” is recommended to be installed on the first temperature
measuring point of the first cabinet, and then installed other sensors in this
order.
In case of any special situation, please contact the relevant engineers for communication.
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1.4.3 1.4.3 Installation Method
1.4.3.1 ATE100M 1.4.3.1 ATE100M Installation Method
ATE100M The magnetic wireless sensor ATE100M is suitable for iron electrical
nodes or equipment surfaces. ATE100M
Structure introduction of ATE100M: 1 —- The core of wireless temperature
sensor ATE100M 2—- Thermo-sensitive part 3 —- battery switch
1
3 1
2 1
Adsorbed directly at the iron temperature measuring point, open the battery
switch before installation, the power indicator flashes twice. The
installation examples see images below.
1.4.3.2 ATE100 1.4.3.2 ATE100 Installation Method
ATE100 The bolted type wireless sensor ATE100 is suitable for use at joints
between cable and bus bar and joints between cable and disconnector. ATE100
ATE100 structure introduction: 1 —- The core of wireless temperature sensor
ATE100 2 —- Thermo-sensitive part 3 —- battery switch
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1
2
3 1 Remove the screw from the joints, and fixing the sensor on the position with the hole on the alloy baseplate, then tighten the screw, open the battery switch before installation, the power indicator flashes twice. The installation examples see images below.
1.4.3.3 ATE200 1.4.3.3 ATE200 Installation Method
ATE200 The strap-secured type called ATE200 is suitable for use at moving
contacts and fixed contacts of breaker, cable joints and bus bar. : ATE200
structure introduction: 1 —- The core of wireless temperature sensor ATE200,
temperature measuring probe is on the other side 2 —- strap and hasp 3 —-
battery switch
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2 1
3 1 Fixing the body of sensor on the position, then strapping it on the bus
bar or breaker contact and frapping it through the hole on the strap, fixing
the strap by hasp. Clipping the strap if it is too long when finished, if it
is too short, contacting us for strap parts before installation. Open the
battery switch before installation, the power indicator flashes twice.The
installation examples see images below.
1.4.3.4 ATE400 1.4.3.4 ATE400 Installation Method
ATE400 The mini type called ATE400 is suitable for using at moving contacts,
bus bars, cables and joints between bus bar and cable. Mini type passive
temperature sensor structure introduction: 1 —- The core of wireless
temperature sensor ATE400 2 —- alloy bottom, touched with temperature probe 3
—- metal hasp, for fixing alloy chip 4 —- alloy chip, for CT-powered 5 —-
silicone gasket, used to support the alloy chip 6 —- alloy chip hole, used to
install the alloy chip
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2
1
1
3
1
6
4
1
5 1
2 4 —
Firstly, take 2 pieces of alloy chips through the mounting hole of metal hasp,
meanwhile fold the alloy chips and fix the metal hasp in the middle of alloy
chips. Secondly, take the folded alloy chips through one silicone gasket, the
core of ATE400 and another silicone gasket in turn.Thirdly, circle the whole
alloy chips around the mounting position and tension the alloy chips, then
tighten the screw on the metal hasp. Finally, subtract the excess alloy chips.
The complete installation process is shown in Figures 1 to 4.
ATE400 The wireless temperature sensor called ATE400 installation examples,
see images below.
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1.4.4 1.4.4 Wireless Temperature Coordinator
ATE ATC450-CDIN35mm
The wireless temperature coordinator connected with ATE series wireless
temperature sensor ATC450-C which can be mounted on rail (DIN35mm) or bolted
directly.
ATE ATC600DIN35mm
The wireless temperature coordinator connected with ATE series wireless
temperature sensor ATC600 which can be mounted on rail (DIN35mm).
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Appendix
Precautions
1 1 Please select the most suitable wireless temperature measurement product
according to the installation location and requirements. 2 2For the
installation of all sensors, please strictly follow the instructions in the
manual. If there is insufficient accessories due to installation errors, the
customer shall bear the responsibility.
3
3 Before placing an order for wireless temperature measurement products, you
need to have a
detailed configuration plan, and fill in the Acrel Wireless Temperature
Measurement Confirmation Form ! Then submit the plan and form to the back
office.
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