Instruction
Z-Wave Module Selection Guideline
Document No.: INS10027
Version: 6
Description: This document introduces the Z W0 201, and ZW0301 Single
Chip based Z-Wave Module families, and suggests which
module to choose for a given application.
Written By: MVO;SDH
Date: 2007-03-16
Reviewed By: RBO;MVO
Restrictions: None
Approved by:
Date CET Initials Name Justification
2007-03-16 11:20:12 NTJ Niels Thybo Johansen
This document is the property of Zensys A/S. The data contained herein, in whole or in part,
may not be duplicated, used or disclosed outside the reci pient for any purpose other than to
conduct technical evaluation. This restriction does not limit the recipient’s ri ght to use
information contained in the data if it is obtained from another source without restriction.
INS10027-6 Z-Wave Module Selection Guideline 2007-03-16
Zensys A/S Contents Page ii of iii
REVISION RECORD
Doc. Rev Date By Pages
affected Brief description of changes
01.00 20020822 TBA All First Release
02.00 20030409 TJO All New SW API’s added and ZM1206 Z-Wave Module Added
03.00 20031112 TJO All New layout and a wide range of information has been added
03.01 20040504 TJO All Minor wording changes
04.00 20050404 TJO All ZW0201 Single Chip included
4 20060106 MVO All New 1st page/header/footer contents. New Doc No
5 20061015 SDH All ZM2120 added to selection guide
6 20070226 MVO
SDH All Removed “Confidential” from footer
Updated to include ZW0301 based modules.
ZW0102 based modules removed.
INS10027-6 Z-Wave Module Selection Guideline 2007-03-16
Zensys A/S Contents Page iii of iii
Table of Contents
1 ABBREVIATIONS.................................................................................................................................1
2 INTRODUCTION...................................................................................................................................1
2.1 Purpose.................................................................................................................................................1
2.2 Audience and prerequisites...................................................................................................................2
3 Z-WAVE MODULES .............................................................................................................................3
3.1 Z-Wave Module Family .........................................................................................................................3
3.2 Module naming......................................................................................................................................4
3.3 Available Z-Wave Module Configurations.............................................................................................5
3.3.1 ZW0201 / ZW0301 Based Z-Wave Modules..............................................................................5
3.3.1.1 ZM2102 Z-Wave Module.......................................................................................................................5
3.3.1.2 ZM3102N Z-Wave Module....................................................................................................................5
3.3.1.3 ZM2106C-E and ZM3106C-E Z-Wave Modules....................................................................................6
3.3.1.4 ZM2120C-E and ZM3120C-E Z-Wave Modules....................................................................................6
3.3.1.5 ZM2120C-EW and ZM3120C-EW Z-Wave module...............................................................................6
3.3.1.6 ZW0201 / ZW0301 Based Z-Wave Module Application Connector Specification..................................6
3.4 ZM2106C/ZM3106C Physical Specification..........................................................................................9
3.5 ZM2120C/ZM3120C Physical Specification........................................................................................10
3.6 ZM2102/ZM3102N Physical Specification ..........................................................................................10
4 Z-WAVE API’S AND Z-WAVE MODULE SELECTION .....................................................................12
APPENDIX A NAMING OF 100 SERIES MODULES............................................................................13
5 REFERENCES....................................................................................................................................14
INS10027-6 Z-Wave Module Selection Guideline 2007-03-16
Zensys A/S Abbreviations Page 1 of 14
1 ABBREVIATIONS
Abbreviation Explanation
ADC Analog-to-Digital Converter
API Application Programming Interface
EU Europa
FSK Frequency Shift Keying
GPIO General Purpose Input/Output
HW Hardware
I/O Input/Output
MCU Micro Controller Unit
OEM Original Equipment Manufacturer
PCB Printed Circuit Board
POR Power On Reset
RF Radio Frequency
RTC Real-Time-Clock
RX Receive
SPI Serial Peripheral Interface
SRAM Static Random Access Memory
SW Software
TX Transmit
UART Universal Asynchronous Receive Transmit
US United States
ZW0102 Z-Wave Single Chip, first generation
ZM1206 6 cm2 Z-Wave Module based on the ZW 0102 Single Chip
ZM1220 20 cm2 Z-Wave Module based on the ZW0102 Single Chip
ZW0201 Z-Wave Single Chip, second generation
ZM2102 2 cm2 Z-Wave Module based on the ZW 0201 Singe Chip
ZM2106C 6 cm2 Z-Wave Module based on the ZM2102 Module
ZM2120C 20 cm2 Z-Wave Module based on the ZW0201 Single Chip
ZW0301 Z-Wave Single Chip, third generation
ZM3102N 2 cm2 Z-Wave Module based on the ZW 0301 Singe Chip
ZM3106C 6 cm2 Z-Wave Module based on the ZM3102N Module
ZM3120C 20 cm2 Z-Wave Module based on the ZM 3102N Module
HK Hong Kong
ANZ Australia / New Zealand
2 INTRODUCTION
2.1 Purpose
The purpose of this document is to guide the developer in deciding which of the currently available
Z-Wave Modules in the ZW0201 and ZW03 01 Z-Wave Module Family to choose for a given application.
Each of the Z-Wave Modules exists in a 908.42MHz (US), 868.42 MHz (EU), 919.82 MHz (HK), 921.42
MHz (ANZ) version – the choice of frequency must be based on which region the final product will be
used in and is therefore not within the scop e of this document.
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Zensys A/S Introduction Page 2 of 14
2.2 Audience an d prerequisites
The audience is OEM developers responsible for deciding how to build and design Z-Wave enabled
products.
Prerequisites are knowledge about Z-Wave API’s [1] as well as the basic functionalities of how to
configure and maintain the Z-Wave Network. Please refer to: [2]- Z-Wave Node Type Overview and
Network Installation Guide.
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Zensys A/S Z-Wave Modules Page 3 of 14
3 Z-WAVE MODULES
The ZW0201/ZW0301 Single Chip based Z-Wave Modules have been developed by Zensys A/S and
have been extensively tested with regards to both digital signal integrity and RF performances. The
modules have been RF/EMC tested and have passed FCC part 15 and R&TTE Directives. Refer to the
datasheet for ZW0201 [3], ZW0301 [4] for a detailed description of chip functionalities.
All necessary documentation for pre-production of the Z-Wave Modules, including schematics, BOM’s,
PCB documentation, production test documents, etc. is available as a Blueprint package. This enables
OEM customers to reduce time to market for their Z-Wave enabled products. For further information on
Blueprint content, please contact Zensy s A/S.
3.1 Z-Wave Module Family
Three Z-Wave Module form factors currently exist. The Integrated Z-Wave Module called ZMxx20, which
is a 20cm2 single side mounted PCB having an integrated PCB antenna (other external antennas can be
used) and some mounting options. The Small-Form-Factor Z-Wave Module called ZMxx06, which is a
6cm2 single side mounted PCB used for small size applications. The ZMxx06 do not have an integrated
antenna and therefore requires an external antenna, enabling flexible antenna design and mounting. The
smallest Z-Wave Module called ZM2102/ZM3102N is a small pre-manufactured and pre-tested module in
size 12.5mm. x 13.6mm. The ZM2102/ZM3102N can be mounted with a standard pick-and-place
machine on the production line and undergo a re-flow process or be hand soldered to the Application
PCB. The ZM2102/ZM3102N does not have an integrated antenna and therefore requires an external
antenna, enabling flexible antenna design and mounting.
The following table describes features and mounting options of the available Z-Wave Modules.
Description ZM2102
Z-Wave
Module
ZM2106C
Z-Wave
Module
ZM2120C
Z-Wave
Module
ZM3102N
Z-Wave
Module
ZM3106C
Z-Wave
Module
ZM3120C
Z-Wave
Module
Z-Wave Single Chip ZW0201 ZW0201 ZW0201 ZW0301 ZW0301 ZW0301
Number of GPIO’s
(dual functionality) 10(10) 10 (10) 10 (10) 10(10) 10 (10) 10 (10)
Interrupt Input(1) 2 2 2 2 2 2
Serial UART
Interface(1) 1 1 1 1 1 1
SPI Interface(1) 1 1 1 1 1 1
Zerox Cross Input(1) 1 1 1 1 1 1
Triac Control
Output(1) 1 1 1 1 1 1
PWM Output(1) 1 1 1 1 1 1
ADC Input
(multiplexed) 4 4 4 4 4 4
Wake-Up-Timer
Sleep period [sec] 1
1-256 1
1-256 1
1-256 1
7.8m-256 1
7.8m-256 1
7.8m-256
Support for ext PA
Max rad. power. No No No Yes
+6dBm Yes
+6dBm Yes
+6dBm
Mounting Options
RTC Crystal No No No No No No
EEPROM No Yes Yes No Yes Yes
Push Button No No Yes No No Yes
External on-board
Reset Device No No No No No No
On-board Voltage
Regulator No No Yes No No Yes
Zerox and ADC
signal 5V-to-3.3V
level conversion
No No No No No No
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Zensys A/S Z-Wave Modules Page 4 of 14
Description ZM2102
Z-Wave
Module
ZM2106C
Z-Wave
Module
ZM2120C
Z-Wave
Module
ZM3102N
Z-Wave
Module
ZM3106C
Z-Wave
Module
ZM3120C
Z-Wave
Module
Antenna Options
PCB Antenna No No Yes No No Yes
SMA Connector No No Yes No No Yes
Wire Antenna
mounting Hole No Yes Yes No Yes Yes
Antenna connector
(to Application
Module)
Cast.
Notch 1x3
2mm pitch No Cast. Notch 1x3
2mm pitch No
Mechanical
Application
Connector Cast.
Notches
18
Pin row
2x8 Pin row
2x10 Cast.
Notches
18
Pin row
2x8 Pin row
2x10
Connector Pitch - 2mm 2mm - 2mm 2mm
PCB Size ~ 2cm2
(12.5mm
. x
13.6mm)
~ 6cm2
(21x30mm) ~ 20cm2
(40.5 x
50mm.)
~ 2cm2
(12.5mm. x
13.6mm.)
~ 6cm2
(21x30mm) ~ 20cm2
(40.5 x
50mm.)
Support Post Hole No No Yes No No Yes
SMD Component
Mount Single
Sided Single
Sided Single
Sided Single
Sided Single
Sided Single
Sided
(1) Can also be used as General Purpose Input/Output
Table 1 Z-Wave Module Overview
3.2 Module naming
Explanation of the ZW0201 based Z-Wave Module naming.
US Z M 21 20 C – EW
Z-Wave
Module
ZW0201 Single Chip
EEPROM mounted
Module Si ze:
20 = 20cm2 PCB
06 = 6cm2 PCB
02 = 2cm2 PCB
Frequency:
EU = 868.42MHz
US = 908.42MHz
Converter Module
Whip antenna
Figure 1 ZW0201 Z-Wave Module Naming
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Zensys A/S Z-Wave Modules Page 5 of 14
Explanation of the ZW0301 based Z-Wave Module naming.
US Z M 31 20 NC – EW
Z-Wave
Module
ZW0301 Single Chip
EEPROM mounted
Module Si ze:
20 = 20cm2 PCB
06 = 6cm2 PCB
02 = 2cm2 PCB
Frequency:
EU = 868.42MHz
US = 908.42MHz
HK = 919.82MHz
ANZ = 921.42 MHz Converter Module
Whip antenna
Notches (Castellation notches)
Only applicable for size 2cm 2
Figure 2 ZW0301 Z-Wave Module Naming
Refer to Appendix A for a description of the 100 series Z-Wave modules naming.
3.3 Available Z-Wave Module Configurations
The above module configurations are based on Blueprints available from Zensys. Other configurations
are of course possible by changing the BOM’s to re present your needs
Note: additional mounting options such as Push Button and External On-board Reset Device, On-board
Voltage Regulator” and Zerox and ADC signal 5V-to-3.3V level conversion” (see Table 1) are not
specified as part of the module name but should be specifie d separately.
3.3.1 ZW0201 / ZW0301 Based Z-Wave Modules
The following Z-Wave Modules are based on the ZW0201 or ZW0301 Single Chips.
3.3.1.1 ZM2102 Z-Wave Module
The ZM2102 is the 2cm2 Z-Wave Module based on ZW0201 having the necessary components mounted
in order to operate as a Z-Wave Slave node. The ZM2102 is designed to be supplied as a “component”,
optionally with a top shield. The module, both with and without the top shield, can be mounted with a
standard pick-and-place SMT machine. The electrical interface pads are designed as castellation
notches.
3.3.1.2 ZM3102N Z-Wav e Module
The ZM3102N is the 2cm2 Z-Wave Module based on ZW0301 having the necessary components
mounted in order to operate as a Z-Wave Slave node. The ZM3102N is designed to be supplied as a
“component”, optionally with a top shield. The module, both with and without the top shield, can be
mounted with a standard pick-and-place SMT machine. The electrical interface pads are designed as
castellation notches.
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Zensys A/S Z-Wave Modules Page 6 of 14
3.3.1.3 ZM2106C-E and ZM3106C-E Z-Wav e Modules
The ZM2106C / ZM3106C are the “basic” 6cm2 Z-Wave Module with the ZM2102 / ZM3102N Z-Wave
Module mounted on it. The ZM2106C / ZM3106C are used for easy migration from the ZM1206 Z-Wave
Module using the ZW0102 Z-Wave Single Chip to the ZW0201 or ZW0301 Z-Wave Single Chip platform.
The ZM2106C-E / ZM3106C-E modules have also an external onboard EEPROM mounted. This enables
the modules to run Z-Wave Controller an d Enhanced Slave applications.
3.3.1.4 ZM2120C-E and ZM3120C-E Z-Wav e Modules
The ZM2120C / ZM3120C are used to convert the smaller ZM2102 / ZM3102N Z-Wave Modules to a
platform with a size of 20cm2. This allows easy migration from the ZM1220 Z-Wave Module family to the
ZM2120C / ZM3120C Z-Wave Modules, which consists of the ZW0201 / ZW0301 Z-Wave Single Chips.
The modules have mounted EEPROM for Z-Wave controller and enhanced slave applications. The
ZM2120C / ZM3120C Z-Wave modules are RF matched and connected to the onboard PCB antenna.
3.3.1.5 ZM2120C-EW and ZM3 120C-EW Z-Wave module
The ZM2120C-W and ZM3120C-W are prepared for use with the whip antenna connected to the SMA
connector. Otherwise, these modules are similar to ZM2120C-E / ZM3120C-E Z-Wave Modules with
EEPROM
3.3.1.6 ZW0201 / ZW0301 Based Z-Wave Module Application Connector Specification
The Application Connector interfacing the ZM2106C / ZM3106C Z-Wave Modules with the OEM
Application is a 2mm pitch 2x8 pin row. The ZM2120C / ZM3120C use a 2mm pitch 2x10 pin row.
ZM2102 / ZM3102N Z-Wave Module have 18 castellation notches interfacing the module with the
Application PCB.
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Zensys A/S Z-Wave Modules Page 7 of 14
ZM2102 / ZM3102N ZM2106C / ZM3106C
Notch
no. Signal
name Notch
No. Notch
Name Pin
No. Pin Name Pin
No. Pin Name
1 GND 2 RESET_N 1 GND 2 +3.3V
3 P1.7 /
INT1 4 P1.6 /
PWM /
INT0
3 TRIAC
(P0.1/ADC1) 4 SCK (P1.4)
5 P1.5 /
SS_N1 6 GND 5 ZEROX
(P0.0/ADC0) 6 MOSI (P1.3)
7 P1.2 /
MISO 8 P1.4 /
SCK 7 TXD
(P1.0/ADC2) 8 P1.5
(SS_N)
9 P1.3 /
MOSI 10 P1.1 /
ADC3 /
RXD
9 RXD
(P1.1/ADC3) 10 INT1_N
(P1.7)
11 VCC 12 GND 11 PWM
(P1.6/INT0) 12 ADC (ADC0
or ADC2)
13 P0.1 /
ADC1 /
TRIAC
14 P0.0 /
ADC0 /
ZEROX
13 VPP1
14 MISO (P1.2)
15 P1.0 /
ADC2 /
TXD
16 GND 15 GND 16 RESET_N
17 GND 18 RF in/out 1. VPP is available for programming of future Z-Wave
Modules. VPP is not connected when used
together with ZM2102 / ZM3102N.
ZM2120C / ZM3120C
Pin
No. Pin Name Pin
No. Pin Name
1 VPP1 2 N.C.
3 ZEROX
(P0.0/ADC0) 4 PWM (P1.6/INT0)
5 TRIAC
(P0.1/ADC1) 6 INT1_N (P1.7)
7 ADC2 (ADC0 o r
ADC2) 8 P1.5
9 N.C. 10 MISO (P1.2)
11 VCC 12 SCK (P1.4)
13 GND 14 MOSI (P1.3)
15 RESET_N 16 TXD (P1.0/ADC2)
17 +3.3V 18 RXD (P1.1/ADC3)
19 N.C. 20 ADC23
(RXD/P1.1/ADC3)
1. VPP is available for programming of future Z-Wave Modules. VPP is
not connected when used together with ZM2102 / ZM3102N.
2. ADC0 or ADC2 can be selected by resistor R9 or R11. By default
none of the two resistors are mounted.
3. Pin 20 is per default not connected to the RXD/ADC3 signal.
Table 2 Z-Wave Module Application Connector Layout
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Zensys A/S Z-Wave Modules Page 8 of 14
Name I/O Description
+3.3V Power Module 3.3V supply input.
ADC[3:0] I
Analog-to-Digital Converter input. The ADC is 12/8 bit and
can use VCC, an internal or an external voltage as
reference.
ADC3: input
ADC2: input
ADC1: input/lower reference
ADC0: input/higher reference
GND Power Ground signal
INT[1:0] I/O
Interrupt: The signal can be either level or edge trigged.
When in power down mod e, the ZM2102 Z-Wave Module’s
MCU can be woken up by asserting the interrupt signal.
P[0.1-0.0],
P[1.7-1.0] I/O In/Out: General purpose I/O signal.
MISO1 I/O Master-In-Slave-Out SPI interface: output in slave mode
operation and input in master mode operation.
MOSI1 I/O Master Out Slave In SPI interface: input in slave mode
operation and output in master mode operation.
PWM I/O
Pulse Width Modulator Output: Used for frequency variation
applications.
RESET_N I Reset: Active low reset. The ZW0201 Single Chip has an
integrated Power-On-Reset and Brown-out detectio n
circuitry.
RXD I/O
UART Receive Data: Supp orts 9.6kbaud, 37.4kbaud,
115.2kbaud.
SCK1 I/O SPI Clock: Can be used as either master SPI clock output or
slave SPI clock in put.
P1.5 /
SS_N1 I/O Slave Select: Active low SPI slave select input. When in SPI
slave mode the input acts as chip select input.
TRIAC I/O
TRIAC Control: A triac controller is implemented in the
ZW0201 Single Chip that can controls a triac on the
Application Module like ligh t dimmer modules etc.
TXD I/O
UART Transmit Data: Supports 9.6kbau d, 37.4kbaud,
115.2kbaud.
VPP Program
supply Reserved for programm ing of future modules.
Not connected when used together with ZM2102 or
ZM3102N.
ZEROX I/O
Zero Cross Detection: Zero cross detection signal used on
dimmer modules detecting 120/24 0V zero crossing.
Please note that the SPI interface (MISO, MOSI, SCK and SS_N) is not available for the Application SW
in some Z-Wave protocol API’s, see [1].
Table 3 Application Connector Signal Description
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Zensys A/S Z-Wave Modules Page 9 of 14
3.4 ZM2106C/ZM 3106C Physical Specification
Physical Description
Dimension (H x W x D) 8 mm x 21 mm x 30 mm
Table 4 Physical Specifications
19.9mm
1.3mm
28.7mm
11.9mm
Pin 2
Pin 1
20.5mm
25.2mm
10.8mm
30.0mm
9.2mm
21mm
0.5mm
6.5mm
2.8mm
6.9mm
24.9mm
17.5mm
Pin 19
Figure 3 ZM2106C/ZM3106C Z-Wave Module PCB outline (TOP VIEW – not to scale)
The Application Connector is a standard 2mm pitch 2x8 pin-row. When implementing the Z-Wave
Module in a product, a 2mm pitch 1x3 pin-row (marked as C in figure 3) can be used for mechanical
stability. Another 2mm pitch 1x3 pin row (marked as D in figure 3) can be used to connect the Z-Wave
Module to a PCB antenna or a SMA connector on the Application Module. Alternatively a wire antenna
can be mounted directly in the middle ho le of pin row D
CD
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Zensys A/S Z-Wave Modules Page 10 of 14
3.5 ZM2120C/ZM 3120C Physical Specification
Physical Description
Dimension (H x W x D) 7 mm x 50 mm x 40.5 mm
Mounting holes Two holes.
Table 5 Physical Specifications
J1
25.0mm
H1
30.00mm
H2
29.0mm
2.0mm
31.0mm
Pin 20
S1
40.5mm
50.0mm
35.0mm
Figure 3 ZM2120C/ZM3120C Z-Wave Module PCB outline
The Application Connector is a standard 2mm pitch 2x10 pin-row. The holes H1 and H2 are un-plated
holes that can be used for support attachment or other mechanical stability mechanisms. S1 is the
optional on-board push button.
Note that the component placement coordinates for the SMA connector are different between the
ZM1220 and ZM2120C / ZM3120C modules. The SMA connecto r is shifted by 1.75mm on the ZW2120C
/ ZW3120C modules compared to ZM1220. Refer to the PCB documentation for precise coordinates.
3.6 ZM2102/ZM3102N Physical Specification
Physical Specification Description
Size 12.5mm. x 13.6mm. x 2.4mm (0.492” x 0.535” x 0.094”)
Weight TBD g (TBD oz)
Castellation Notches 18 Table 6 Physical Specifications
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Zensys A/S Z-Wave Modules Page 11 of 14
23
4
51
6
9
10
11
8
7
151413
12 16
18
17
0 mm.
3.55mm.
5.05 mm.
6.55 mm.
8.05 mm.
11.80 mm.
8.65 mm.
6.90 mm.
7.15 mm.
5.65 mm.
4.15 mm.
0 mm.
8.65 mm.
10.15 mm.
14.30 mm.
0 mm.
11.80 mm.
9.55 mm.
15.40 mm.
3.55mm.
5.05 mm.
6.55 mm.
8.05 mm.
15.40 mm.
Ø0.55mm.
1.10mm.
1.40mm.
1.40mm.
1.45mm.
Ø0.70mm.
Figure 4 ZM2102/ZM3102N Z-Wave Modu le PCB outline
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Zensys A/S Z-Wave API’S and Z-Wave Module Selection Page 12 of 14
4 Z-WAVE API’S AND Z-WAVE MODULE SELECTION
The table below lists which Z-Wave Modules that can be used when using the available Z-Wave SW
API’s for the application in question. Please refer to [1] for information on how to choose which of the six
API’s listed in Table 7 to use.
Please note that while applications using the Slave API will be able to run on all the available module
types the Application SW will not be able to access the additional HW mounted on the modules if you do
not use one of the API’s that support the additional HW (e.g. Enhanced Slave API).
Z-Wave Module Selection Guide
API Selection Z-Wave Module
Name HW
Options
X X ZM2102
X X X X X X ZM2106C-E X
X X X X X X ZM2120C-E X X
X X X X X X ZM2120C-EW X X
X X ZM3102N
X X X X X X ZM3106C-E X
X X X X X X ZM3120C-E X X
X X X X X X ZM3120C-EW X X
Portable Controller API
Static Controller API
Installer API
Slave API
Routing Slave API
Enhanced Slave API
External EEPROM
Push Button
Table 7 Z-Wave Module Selection Gui de
Z-Wave Module Zensys BOM P/N1
Z-Wave Module
Name EU
868.42MHz US
908.42MHz ANZ
921.42MHz HK
919.82MHz
ZM2102 370100621 370100620 NA NA
ZM2106C-E 370100681 370100660 NA NA
ZM2120C-E 370100711 370100632 NA NA
ZM2120C-EW 370100710 370100630 NA NA
ZM3102N 370100770 370100760 370100830 370100830
ZM3106C-E 370100860 370100850 370100870 370100870
ZM3120C-E 370100811 370100801 370100840 370100840
ZM3120C-EW 370100810 370100800 370100820 370100820
1. Please contact Zensys A/S for information about the latest revision numbers of these BOM’s.
Table 8 Z-Wave Module BOM P/N
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Zensys A/S Z-Wave API’S and Z-Wave Module Selection Page 13 of 14
APPENDIX A NAMING OF 100 SERIES MODULES
Explanation of the ZW0102 based Z-Wave Module naming. These modules are not recomme nded to be
used in new product s.
US Z M 12 20 – R E B
Z-Wave
Module
ZW0102 Single Chip
EEPROM mounted
Real Time Crystal mount ed
Module Si ze:
20 = 20cm2 PCB
06 = 6cm2 PCB
Frequency:
US = 908. 42MHz
EU = 868 . 42MHz
Battery Applic ation
(POR Disabled)
Figure 5 ZW0102 Z-Wave Module Naming
INS10027-6 Z-Wave Module Selection Guideline 2007-03-16
Zensys A/S References Page 14 of 14
5 REFERENCES
[1] Zensys, INS10247, Instruction, Z-Wave ZW0102/ZW0201/ZW0301 Appl. Prg. Guide v5.00 (Beta1)
[2] Zensys, INS10244, Instruction, Z-Wave Node Type Overview and Network Installation Guide
[3] Zensys, DSH10560, Datasheet, ZW0201 With Developers Kit v5.0x
[4] Zensys, DSH10717, Datasheet, ZW0301 With Developers Kit v5.0x
