Intelligent Distributed Controls ZB110 ZB110 Multifunctional Wireless Keypad User Manual ZB110 Wireless Keypad V1 2
Intelligent Distributed Controls Limited ZB110 Multifunctional Wireless Keypad ZB110 Wireless Keypad V1 2
manual
ZB110 Datasheet V1.2 www.idc-limited.co.uk Page 1 of 17
ZB110 Multifunctional Wireless Keypad
Multifunctional Keypad/Keyfob for use with
IEEE 802.15.4 / ZigBee Wireless Networks
Product Datasheet
Intelligent Distributed
Controls Limited
ZB110 Wireless Keypad Product Datasheet
ZB110 Datasheet V1.2 www.idc-limited.co.uk Page 2 of 17
Document Revision
Version
Date
Checked
Date
Approved
Date
Client
Date
1.0 28/07/11
1.1 02/08/11
1.2 15/08/11
Document History
Version Date Author Description of Changes
1.0 28/07/11 S.Barnett Release
1.1 02/08/11 S.Barnett Website/Email change
1.2 15/08/11 S.Barnett Correction to FCC statement
ZB110 Wireless Keypad Product Datasheet
ZB110 Datasheet V1.2 www.idc-limited.co.uk Page 3 of 17
Contents
Introduction .................................................................................................................................... 4
Key Features .................................................................................................................................. 4
Build Options ................................................................................................................................. 5
Applications ................................................................................................................................... 6
Module Description ........................................................................................................................ 7
Block Diagram .............................................................................................................................................. 7
Keyfob – Top View showing LED Indication ............................................................................................. 8
Keyfob – Bottom View showing Filter for the Temperature / Humidity Option ..................................... 8
Case and Intermediate Ring Options ......................................................................................................... 9
Case Colours ........................................................................................................................................... 9
Intermediate Ring Colours and Styles .................................................................................................. 9
Keypad Layout Options ............................................................................................................... 10
Key Position References ........................................................................................................................... 10
Specifications .............................................................................................................................. 10
DC Characteristics ..................................................................................................................................... 11
RF Frequency, Output Power Levels and Data Rates ............................................................................ 11
Physical Dimension and Environmental Conditions ................................................................. 13
Battery Exchange ......................................................................................................................... 14
Agency Certification .................................................................................................................... 15
UNITED STATES (FCC) .............................................................................................................................. 15
Case Labeling ............................................................................................................................................. 15
Glossary ....................................................................................................................................... 16
Disclaimer..................................................................................................................................... 17
Contact Information ..................................................................................................................... 17
ZB110 Wireless Keypad Product Datasheet
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Introduction
The ZB110 Wireless Keypad / Keyfob from Intelligent Distributed Controls Limited has been designed around
the CC2530 System on Chip (SoC) single chip solutions from Texas Instruments. The multifunctional keypad
has been tested to conform to FCC radio standards in its fully populated build, and with both keypad
membrane overlay choices.
The ZB110 is capable of supporting the industry leading ZigBee protocol stack (Z-Stack) from Texas
Instruments, for wireless point-to-point, star, tree and mesh networks based on the IEEE 802.15.4 compliant
PHY and MAC layers, and providing 16 channels in the 2.45GHz license-free ISM band. The ZB110 has
been tested for use with channels 11 – 25 (15 channels), whilst avoiding the restricted channel 26.
The ZB110 being battery driven functions as an end-device only.
The ZB110 Wireless Keypad is powered by two 3V Lithium coin cells (CR2450).
Key Features
• 256kB FLASH, 8kB SRAM (4kB with data
retention in all power modes)
• 32MHz high speed 8051 core MCU with
wide range of configurable IO interfaces
o Powerful DMA
o Watchdog Timer
o 802.15.4 MAC timer, 16 bit timer and
two 8 bit timers, random number gen.
o Battery monitor and chip temperature
sensor
• Deep sleep state with only 0.3µA current
drain
• Can wake up on event driven basis (i.e.
key operation) or on a regular
programmed time interval basis
• Industry leading CC2420 RF transceiver
core, IEEE 802.15.4 compliant
• Programmable output power up to
+4.5dBm into 50Ω load
• Receiver sensitivity typically -97dBm
• Wireless data rate to 250kbps
• In excess of 150m operating distance in
free space
• FCC CFR 47 Part 15 (US) Certified for
Unlicensed Operation
• 256kB FLASH, 8kB SRAM (4kB with data
retention in all power modes)
• 32.768kHz crystal controlled RTC
• 15 Channels (Ch11 to Ch25) FCC restricted
Ch26 unavailable
• AES security coprocessor
• Over-the-air (OTA) programming capability
• LED indication Radio Message OK and
Radio Message failed
• Compact Design - 70 x 44 x 18mm (HxWxD)
• Optional case and intermediate ring colours
• ABS UL94 HB rated flammability, IP41
• FCC Class B
• Firmware can be written to customer’s
specific needs
• 3V Lithium coin cell powered 2 x CR2450
Preferred - Panasonic type as these give
620mAh each
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Build Options
The ZB110 Multifunctional Keypad provides the following build options:
Model: ZB110 Basic Wireless Keypad
• Up to 6 small keys/buttons (8.4mm dome) the purpose and configuration of which can be dedicated
to a customer’s needs, including the graphic overlay. Any combination of the six key positions can
be employed. Example shown in Section?
• Alternative keypad arrangement of 2 small keys (8.4mm dome) and one large key (20mm dome) can
also be provided. Example shown in Section?
• Bi-colour LED indicator
• 2 x CR2450 Lithium Battery clips
Model: ZB110(P) Sounder Option
• As Model ZB110 Basic Wireless Keypad with the addition of sounder circuitry
• Piezo transducer frequency set at 4.6kHz
Model: ZB110(T) Temperature and Humidity Option
• As Model ZB110 Basic Wireless Keypad plus temperature and humidity sensor
• Contains a filter cap which exits through the back wall of the keyfob housing for humidity sensing
• Sensor Temperature range -40ºC to +120ºC (-40ºF to 248ºF)
Note!! - See temperature restriction for Lithium Batteries – “Physical Dimension and Environmental
Conditions” table
• Humidity range 0% to 100%
• Dewpoint measurement
Model: ZB110(TL) Temperature and Humidity with Logging Option
• As ZB110(T) with extra SPI Flash/FRAM/EEPROM memory included for logging or configuration
purposes
Model: ZB110(A) Accelerometer Option
• Tri-axis accelerometer
• Programmable g-range ±2g/ ±4g/ ±8g
• Programmable bandwidth 25 – 1500Hz
• Tilt, motion and shock/vibration sensing
• Ultra-low power (1µA) sleep mode with fast wake-up
Model: ZB110(AL) Accelerometer with Logging Option
• As ZB110(A) with extra SPI FLASH/FRAM/EEPROM memory included for logging or configuration
purposes
ZB110 Wireless Keypad Product Datasheet
ZB110 Datasheet V1.2 www.idc-limited.co.uk Page 6 of 17
Applications
• Home control
o Remote control
o Security Alarm requirements
o Senior citizen panic button
o Warden controlled housing
• Industrial monitoring / control
o Machinery condition monitoring –
vibration, temperature etc.
o Environmental monitoring –
temperature, humidity
o Fridge Plant and Chill storage
monitoring
o Remote control
o Lighting control
• Asset tracking and inventory management
o Pallet tracking / location
o Mobile machinery tracking / location
o Car park management / location
o Drop / damage detection
• Building automation / management
o Lighting
o Temperature
o Smoke/CO detectors
• Security –
o Access control
o Role calling
o Personnel tracking
o Man-down detection
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Module Description
The ZB110 ……
Block Diagram
ZB110 Wireless Keypad Product Datasheet
ZB110 Datasheet V1.2 www.idc-limited.co.uk Page 8 of 17
Keyfob – Top View showing LED Indication
ACTUAL SIZE
Green OK: Wireless transmission successful
Red Fail: Wireless transmission failed
Amber Search: Device searching for a network
Keyfob – Bottom View showing Filter for the Temperature / Humidity Option
Bi
-
colour
LED
Temp / Humidity
Filter
(T)
ZB110 Wireless Keypad Product Datasheet
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Case and Intermediate Ring Options
Case Colours
• Off-white
• Lava Grey
• Black
Intermediate Ring Colours and Styles
• With End Loop for carry strap, key ring or lanyard
• With Side Loops for a wrist strap
ZB110 Wireless Keypad Product Datasheet
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Keypad Layout Options
Two membrane key options are available, both of which can be graphically tailored to suite a customer’s
requirements:
a) Six key keypad. 11.5 x 10mm key size designed for 8.4mm domes. Any permutation of the six keys
and positions can be defined starting with a one key in any of the six positions through to all six keys
fitted. Alternative key shape can be accommodated.
b) Three key keypad. Two 11.5 x 10mm keys for 8.4mm dome size, and the third key 25 x 22mm is
designed for a larger 20mm dome. Alternative key shape can be accommodated.
In both cases, the membranes can be provided with pillow embossing.
Key Position References
6 – button layout 3 – button layout
Examples:
idc
3
1
4
2
idc
1
5
6
5
6
“TEXT Here”
“LOGO”
◄
►
idc
CALL
▲
▼
ON
OFF
idc
A B
abc
■
Awning
Controller
ANDON
ZB110 Wireless Keypad Product Datasheet
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Specifications
DC Characteristics
Parameter Min Typ Max Unit Condition/Note
Operating Supply
Voltage 2.0 3.0 3.6 V 2 x CR2450 Lithium coin cell @ 620mAh each
CC2530
Operating Current 34 mA Radio in Tx @ 4.5dBm, 32MHz oscillator
running, no peripherals, CPU idle
CC2530 Power mode 1
0.2 mA 4 µs to wake
CC2530 Power mode 2
1 µA Sleep timer running
CC2530 Power mode 3
0.4 µA Deep sleep – external interrupts to wake
Accelerometer option 1 - 200 µA Min=Standby, Max=running mode
Temp/humidity option 0.3 28 550 µA Sleep / Average / Measuring
Pager (Sounder) option <10 mA Sounder On
Logging (SPI memory) 15 µA
Example AT25DF041A (4Mbit FLASH)
Deep power down mode
10mA approx.. average for read/write/erase
activity
RF Frequency, Output Power Levels and Data Rates
Parameter Min Typ Max Unit Condition/Note
RF Frequency Range 2400 2483.5 MHz Programmable in 1 MHz steps, 5 MHz between
channels for compliance with [1]
No. of channels 16 ** – See RF channel table and [2]
Channel Spacing 5 MHz **
Radio bit rate 250 kbps **
Radio Chip Rate 2.0 MChip/s **
Receiver Sensitivity -97 dBm PER = 1%, as specified by [1]
CC2530
Nominal Output power +4.5 dBm Delivered to a single ended 50 Ω load through a
balun and output power control set to 0xF5
(TXCTRLL register)
Programmable output
power range 32 dBm The output power is programmable in 16 steps
from typically -27.5 to +4.5 dBm
Antenna nominal RX /
TX impedance 50 Ω Built in chip antenna
ZB110 Wireless Keypad Product Datasheet
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The RF channels and associated frequencies defined by the IEEE 802.15.4 standard are as follows:
[1] IEEE std. 802.15.4 - 2003: Wireless Medium Access Control (MAC) and Physical Layer (PHY)
specifications for Low Rate Wireless Personal Area Networks (LR-WPANs).
[2] Channel 26 is a restricted channel and for the ZB110 is unavailable.
RF Channel Frequency RF Channel Frequency RF Channel Frequency
11 2405 MHz 17 2435 MHz 23 2465 MHz
12 2410 MHz 18 2440 MHz 24 2470 MHz
13 2415 MHz 19 2445 MHz 25 2475 MHz
14 2420 MHz 20 2450 MHz 26 [2] 2480 MHz
15 2425 MHz 21 2455 MHz
16 2430 MHz 22 2460 MHz
ZB110 Wireless Keypad Product Datasheet
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Physical Dimension and Environmental Conditions
All modules are RoHS Compliant in construction.
Parameter Value Notes / Module Codes
Module Dimensions
70mm (H)
Excluding Intermediate Ring loops 44mm (W)
18mm (D)
Weight (max.)
36 g Including batteries
Operating Temperature Nominal
-20ºC to +55ºC
Storage and Operational with minor degradation of clock
stability / accuracy: -40ºC to +85ºC
Lithium Battery restriction
temperature range: -30ºC to +60ºC
Operating Relative
Humidity 80% RH
Other than battery exchange, there are no user serviceable parts inside
ZB110 Wireless Keypad Product Datasheet
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Battery Exchange
Battery Type: CR2450 24.5mm dia x 5mm thick
Lithium Manganese
Dioxide
Recommend Panasonic CR2450/BE or CR2450/BN
3V, 620mAh
1. Remove single screw from the rear of the enclosure
2. Ease the front half from the intermediate ring and fold
back on the membrane tail as shown
3. The PCB will ease out of the bottom half of the
enclosure
4. Using a non-metallic point, push the old battery cells out
from the back of the clips
5. Replace with new cells observing the correct orientation
– the larger diameter of the cell is positive and should be
marked as such “+” – this should face up and mate with
the top of the battery clip also marked “+”
6. The negative contact is provided by the PCB itself
7. Push well home into the clip as far as it will go
8. Replace PCB back into the bottom enclosure – two
small locating pegs provide the correct location
9. Ensure the intermediate ring is seated correctly both on
the bottom and top case pieces when replacing the front
10. Ensure the top “clips” in to the bottom before replacing
the single screw in the back
Do not recharge batteries
Do not deform batteries
Do not mix different types of batteries
Do not solder directly onto batteries
Disposal Considerations
When the batteries are worn out dispose of them under the ordinance of each local government or the law
issued by relating government.
NOTE:
In California only, packages that contain CR lithium coin cells and the Owners/Operating Instructions of
products that contain CR lithium coin cells must include the following statement:
"Perchlorate Material - special handling may apply”
+ sign on
battery
clip
ZB110 Wireless Keypad Product Datasheet
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Agency Certification
UNITED STATES (FCC)
This equipment complies with Part 15 of the FCC rules and regulations.
Case Labeling
Line1: MOD: = Model Type
Model: ZB110 Basic Wireless Keypad (included for all models)
Model: ZB110(P) Sounder Option included
Model: ZB110(T) Temperature and Humidity Option included
Model: ZB110(TL) Temperature and Humidity with Logging Option included
Model: ZB110(A) Accelerometer Option included
Model: ZB110(AL) Accelerometer with Logging Option included
NOTE: More than one option may be applied - E.g.:
Model: ZB110(PT) Sounder Option and Temperature and Humidity Option included
Line2: MAC address
001B0A is the IEEE UID for Intelligent Distributed Controls
xxxxxxxxxx = is the remaining unique MAC address
This is also used as the serial number
Line3: FCC ID:
V7OZB110 is the identifier for all variants
FCC ID: V
7OZB11
0
• This equipment complies with Part 15 of the FCC Rules. Operation is subject to the following two
conditions: (i) this device may not cause harmful interference, and (ii) this device must accept any
interference received, including interference that may cause undesired operation.
• This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment.
End users must follow the specific operating instructions for satisfying RF exposure compliance. This
transmitter must not be co-located or operating in conjunction with any other antenna or transmitter.
• Changes or modifications not expressly approved by the party responsible for compliance could void
the user’s authority to operate the equipment.
MOD: ZB110(T)
001B0Axxxxxxxxxx
FCC ID: V7OZB110
ZB110 Wireless Keypad Product Datasheet
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Glossary
ABS Acrylonitrile Butadiene Styrene - plastic
AES Advanced Encryption Standard
bps Bits per Second
CO Carbon Monoxide
CPU Central Processing Unit
DC Direct Current
DMA Direct Memory Access
EEPROM Electrically Erasable Read only memory
FCC Federal Communications Commission
FLASH Non-volatile memory which can be
electrically erased and re-programmed
FRAM Ferro RAM – non-volatile RAM which
does not require battery support
IEEE Institute of Electrical and Electronic
Engineers
ISM Industrial, Scientific and Medical
frequency band - a part of the radio
spectrum that can be used by anybody
without a license in most countries
kByte 1024 bytes
LED Light emitting Diode
MAC Medium Access Control layer
OTA Over-the-Air – upgrade/programming
PER Packet Error Rate
PHY Physical Layer
RAM Random Access Memory
RF Radio Frequency
RH Relative Humidity
ROM Read only memory
RoHS Restriction on Hazardous
Substances
RTC Real Time Clock
RX Receive, Radio
SoC System-on-Chip
SPI Serial Peripheral Interface bus –
synchronous serial data link between
master/slave integrated circuits
SRAM Static Random Access Memory
TI Texas Instruments
TX Transmit, Radio
UID Unique Identifier
UL Underwriters Laboratories Inc.
802.15.4
The IEEE 802.15.4-2003 standard
applicable to low-rate wireless
Personal Area Networks
ZB110 Wireless Keypad Product Datasheet
ZB110 Datasheet V1.2 www.idc-limited.co.uk Page 17 of 17
Disclaimer
Intelligent Distributed Controls Limited believes that at the time of issue, all information contained herein to
be accurate. Intelligent Distributed Controls Limited reserves the right to make changes to this product or
documentation without prior notice. Latest available revisions shall be provided on the Website.
Contact Information
Intelligent Distributed Controls Limited
Suite 6
Keynes House
Chester Park
Alfreton Road
Derby
DE21 4AS
United Kingdom
Tel: +44(0)1332 604030
Fax: +44(0)1332 604031
E-mail: sales @idc-limited.co.uk
Website: www.idc-limited.co.uk
Office Hours: 9:00am - 5:00pm GMT