ATEC IOT TWZT-T009D-H Zigbee Module User Manual

June 15, 2024
ATEC IOT

**ATEC IOT TWZT-T009D-H Zigbee Module User Manual

**

 Application

This Specification is applied to ATEC IoT Zigbee Module (TWZT-T009D-H).
TWZT-T009D-H is Common Zigbee Module solution for IEEE 802.15.4(6LoWPAN) applications. The robust network with PA(Power Amplifier) and diverse interface(SPI, UART, I2C) make it possible to be used as various kinds of applications. Specially, it is suitable for Gen2 Gateway and RTLS Anchor.
TWZT-T009D-H is composed of RF IC and necessary external component include the Dipole Ant.

 Quality

Quality should meet each condition which mentioned on this specification. However, the items which arenot mentioned on this specification follow the inspection agreements and standards which are agree with both companies.

Appearance and Characteristics

Appearance

Appearance should not be contaminated by harmful materials and should not have cracks, etc. Mechanical dimensions should meet the contents of clause 8.

Characteristic

Electrical Characteristics should meet the contents of clause 7.

Overall Service Scenario

  

General Features

Description

Item Description
Size 36.0 x 28.0 x 10.0(mm)
Weight Typ. 5g
Memory Internal Flash : 128KB External Flash : 1MBSRAM : 20KB
Power Operating Voltage : Typ. 3.3V (2.3V~3.6V)

RF

| Tx Power| Max.10dBm
Data Rate| 250kbps
Antenna| PCB Pattern Antenna

Network

| 20pin Interface| UART for FW Downloading SPI for Communication
Wireless| 2.4GHz IEEE802.15.4 compliant RF Transceiver Range Extender (PA/LNA)
Security| Robust wireless network (LGIT own protocol)
Protocol| Compatible with LGIT protocol communication devices
Comm. Range| Max. 30m (under LoS) (1)

LoS (Line of Sight) : Without any sort of an obstacle between a gateway and end devices

Absolute Maximum Rating

Environmental Conditions

The normal operating environmental conditions are those as below. In such conditions, ESL must be in conformity with the present specification. The conformity to such requirement must be certified by the manufacturer

Parameter Condition Min. Typ. Max. Unit
Operating Environment Temperature -20 85
Humidity 35 80 %RH
Storage Environment Temperature -30 85
Humidity 35 80 %RH

[Notice]

TWZT-T009D-H is design to be used indoor/Ceiling. It does not guarantee outdoor conditions

Electrical Conditions

The operating electrical conditions are those as below. In such conditions the ESL must be in conformity with the present specification. All devices can be damaged or non-operated over the specification as below.
The conformity to such requirement must be certified by the manufacturer.

Parameter Condition Min Typ. Max Unit
Supply Voltage DC Power Supply 2.3 3.3 3.6 V
Power Consumption @ 3.0~3.3V (Active Tx) 200 mA
@ 3.0~3.3V(Active Rx) 15 mA
ESD Protection HBM(150pF/330Ω) (1)Air Condition @Soft Fail -2 +2 kV

[Notice]

TWZT-T009D-H is ESD sensitive device. Precaution should be used when handling the device in order to prevent permanent damage.

Electrical Specification

IEEE802.15.4

The TWZT-T009D-H supports IEEE802.15.4.

General Specification

  • Standard : Only IEEE802.15.4 PHY
  • Frequency : 2405 ~ 2480MHz
  • Channel : 16CH. (5MHz Spacing)
  • Modulation : DSSS/O-QPSK
  • Max. Data Rate : 250Kbps

Electrical Specification

  • Channel power depend on each country regulations (EX. KC, etc)
  • The electrical specification which is shown below is ATEC IoT internal specification.
  • All values depend on surrounding environment and current statement of access point
    RF Performance

    Parameter| Condition| Min| Typ| Max| Unit
    Output Power| @ CH2440| –| –| 10| dBm
    Receiver Sensitivity| PER=1%(Required -85)| –| -92| -85| dBm
    Frequency Tolerance| Required Max. ±75kHz| -75| –| 75| kHz
    Error Vector Magnitude| Required Max. 35%| –| –| 35| %

Antenna Performance

Antenna

The TWZT-T009D-1 uses PCB pattern antenna for 2.4GHz frequency band.

VSWR
TEST METHOD

Radiation Pattern and Gain

**TEST METHOD

**

  1.  Network Analyzer
  2.  Signal Interface : Coaxial Cable
  3.  SMA Connector
  4.  Test PCB Antenna
    TEST DATA
    Radiation Pattern and Gain
    TEST METHOD

TEST METHOD

  1. Network Analyzer
  2. Signal Interface : Coaxial Cable
  3. Test PCB Antenna
  4. Dual Polarized Antenna
  5. Shield Room

Radiation Pattern

2405 MHz

2440 MHz

2480 MHz

Efficiency

Frequency(MHz) 2405 2440 2480
Efficiency(dB) -2.11 -1.5 -2.17
Efficiency(%) 61.50 70.72 60.68
Peak Gain(dB) 1.8 2.53 1.94

[Notice]

This data is measured when TWZT-T009D-H is connected to the 4thSlot of Gen2Gateway Board. Gen2 Gateway has 7 slots for diverse modules. The 4thSlot is the
middle slot of whole 7 slots of it. 

Antenna Performance

Gen2 Gateway Slot Information
Gateway Slot Information

Interface Information

# Name I/O Description
1 GND G Common ground
2 SPI_CS O Enable input for SPI interface
3 SPI_MISO I SPI data input
4 WAKE UP O wake up signal
5 UART_TX I NC
6 UART_RX O NC
7 VDD P 3.3V external DC supply
8 VDD P 3.3V external DC supply
9 GND G Common ground
10 GND G Common ground
11 GND G Common ground
12 NC NC
13 TEST_PIN O Firmware Download Enable Pin
14 GND G Common ground
15 RESET I Reset input/output(active low)
16 IRQ I Interrupt output to the host processor
17 GND G Common ground
18 SPI_CLK I SPI interface clock
19 SPI_MOSI O SPI data input
20 GND G Common ground
# Name I/O Description
--- --- --- ---
1 GND G Common ground
2 SPI_CS O Enable input for SPI interface
3 SPI_MISO I SPI data input
4 WAKE UP O wake up signal
5 UART_TX I NC
6 UART_RX O NC
7 VDD P 3.3V external DC supply
8 VDD P 3.3V external DC supply
9 GND G Common ground
10 GND G Common ground
11 GND G Common ground
12 NC NC
13 TEST_PIN O Firmware Download Enable Pin
14 GND G Common ground
15 RESET I Reset input/output(active low)
16 IRQ I Interrupt output to the host processor
17 GND G Common ground
18 SPI_CLK I SPI interface clock
19 SPI_MOSI O SPI data input
20 GND G Common ground

Mechanical Information

Mechanical Dimension

:Size 28.0 x 36.3 x 9.8 (mm)
:Weight Typ. 5.1 g

Mechanical Information

Assembly
Assembly

Label Specification

Product Labeling Specification
Product Labeling

User Quick Manual

Zigbee Module User Manual
Zigbee Modul

Zigbee Module is suitable for Gen2 Gateway.5 Slots of Gen2 Gateway can be used for Zigbee. To fulfill the ESL System, at least 2 Zigbee Modules should be inserted to the Gateway.
Likewise this picture, when you inserting modules, be careful with the directions. Modules will not be able to be putted in when the inserting direction is opposite.

LED Alarming
LED Alarming

When Modules are working abnormally, three LEDs(Power, Status, Ethernet) would blink to alarm the unusual state.
The abnormal phenomenon could happen when you forced pull out the modules or module malfunctions.

Packaging

Gift Box

No. Item Q’ty (EA) Spec.
1 PE bag 1 1EA per 1 Gift Box, 100EA per 1 Carton
2 ZIGBEE Module 1 Size (WxDxH): 28.0 x 36.3 x 9.8 (mm)
3 Gift Box 1 1. Material : SC4002. Size (WxDxHxt) : 52 x 15 x 142.5

x 0.5t mm
4| Gift Box Label| 1| 1. Material: PET(White)2. Size(WxDxt): 50 x 30 x 0.1t

Gift Box

Outer Box

No. Item Q’ty (EA) Spec.
1 Gift Box 100 1.   Material : SC4002.   Size (WxDxHxt) : 52 x 15 x

142.5 x 0.5t mm
2| Certification Paper| 1| 1.   Material: Paper(White)2.   Size: A4 (WxH): 210 X 297
3| Inner Pad| 3| 1.   Material : KLB.K.K/A2.   Size (WxDxt): 415 x 290 x 4t mm
4| Outer box| 1| 1.   Material : KLB.K.K/A2.   Size (WxDxHxt): 420x 295 x 138 x 8t mm

Outer Box

No. Item Q’ty (EA) Spec.
1 Outer box 1 1.   Material : KLB.K.K/A2.   Size (WxDxHxt): 420x 295

x 138 x 8t mm
2| Label_Carton| 1| 1.   Material: Art-paper(White)2.   Size(WxDxt): 120x60x0.1t
3| Tape OPP| 1| “H” type / 50*50 CLEAR

Outer Box

Pallet Packing

No. Item Q’ty (EA) Spec.
1 PLASTIC- PALLET 1
  1.    Material : PPC(재생) / BLK
  2. Size (WxDxH): 1200 x 1100 x 120mm

2| Cap_Box| 1|

  1.  Material : : KLB225.CK.CK.SK.KLB225/B 골
  2.  Size (WxDxHxt): 1160 x 1010 x 100mm x 8t

3| P.P Band| –|
4| Plastic Wrapping| –|
5| Fragile Label| 1|

  1.  Material : Art Paper
  2.  Size (WxH) : 200 x 120mm

Pallet Packing

Disclaimers

  • ATEC IoT is not responsible for any damages caused by any accidents or operational environments exceeding the absolute maximum ratings.
  •  Consultation with ATEC IoT is recommended for unassured environments or operations to avoid any possible malfunctions or damages of the products or risk of life or health.
  •  Any unauthorized, without prior written consents from ATEC IoT, disassembly is prohibited if purposed for reverse-engineering. All defected devices must be reported to ATEC IoT and not to be disassembled or analyzed.
  •  The product information can be modified and upgraded without prior notice.

Certification

a. Rule Part 15.19(a)(3): This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.
b. Rule Part 15.21: The users manual or instruction manual for an intentional or unintentional radiator shall  caution the user that changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment.

Note : This equipment has been tested and found to comply with the limits for a Class B digital

NOTE : This equipment has been tested and found to comply with the limits for a Class B 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 generates, uses and 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, the user 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

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