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DELTATEE

INNOVATIONS

Innovative Solutions for the

21st Century

2DELTATEE INNOVATION

What is Wireless Wire? 

The Wireless Wire is able to achieve these benefits by using the Zigbee RF technology which is intended for low data rate and long battery life, while ensuring there is secure networking communications. 

The Wireless Wire is a low cost, low power, wireless mesh RF communications platform which allows the user to achieve greater distances and reliable communications between devices.

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Rapid Return on Investment 

By using the Wireless Wire, traditional copper wire use is eliminated.

Setup is quick and easy. No radio specialists, or site planning

/mapping required. Devices can be added later and the

Wireless Wire will automatically incorporate that into the mesh network and will determine the best signal path.

Many types of input/output available including: Switches & industrial automation networking communication protocols.

DELTATEE INNOVATION

FEATURES

Replaces traditional copper wire cost effectively:Compared to the cost of equipment, labor and specialized knowledge that is required to install point-to-point copper wiring and conduit, Wireless Wire is much less expensive.

Rapid deployment: The Wireless Wire is simple. The control system does not know that copper has been replaced with a Wireless Cable link, but the Wireless Cable network is inherently more reliable, more adaptable, and scalable.

Radio mesh network system:The Wireless Wire is self-configuring, and does not require a network or radio specialist. The Wireless Wire is adaptable. It has the ability to self-heal the network.

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Mesh Networks 

 A key component of the ZigBee protocol is the ability to support mesh networking. In a mesh network, nodes are interconnected with other nodes so that multiple pathways connect each node. Connections between nodes are dynamically updated and optimized through sophisticated, built-in mesh routing table.

Mesh networks are decentralized in nature; each node is capable of self-discovery on the network. Also, as nodes leave the network, the mesh topology allows the nodes to reconfigure routing paths based on the new network structure. The characteristics of mesh topology and ad-hoc routing provide greater stability in changing conditions or failure at single nodes.

DELTATEE INNOVATION

WIRELESS CONNECTIVITY

Switches & Outputs

Switches & Outputs

Connect

INPUTS : 8 or 16 Dry Contacts

OUTPUTS : 8 or 16 Open Collector to Gnd.50V , 2A

BASE UNIT

DELTATEE INNOVATION

WIRELESS CONNECTIVITY

4-20mAAnalog

In

4-20mAAnalog

OutConnect

INPUTS : 4 x 4-20mA

OUTPUTS : 4 x 4-20mA

ANALOG OPTION

DELTATEE INNOVATION

WIRELESS CONNECTIVITY

Serial Port

Connect

Serial Port

INPUTS : 2 x RS232 or1 x RS485 or1 x USB Peripheral

OUTPUTS : 2 x RS232 or1 x RS485 or1 x USB Device

SERIAL OPTIONS

DELTATEE INNOVATION

WIRELESS CONNECTIVITY

Co

nn

ec

t

Connect

Connect

Connect

C o n n e c t

MULTIPLE UNITSUP TO 32 UNITS

SELF-CONFIGURING

DELTATEE INNOVATION

WIRELESS CONNECTIVITY

Connect

Connect

C o n n e c t

Connect

Co

nn

ec

t

Connect

Co

nn

ec

t

Obstacle

SELF-HEALINGMESH NETWORK

MULTIPLE UNITSUP TO 32 UNITS

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MIX AND MATCH

SCADA

DELTATEE INNOVATION

SPECIFICATIONS

ENVIRONMENTAL Temperature · Operating (environment) -40C to +65C · Storage -40C TO +85C · Humidity 0% - 100% RH non-

condensing

POWER · 6 - 24VDC (36V max), 0.25 Amps

RANGE · Up to 1 Km line of sight

RADIO · 2.4 GHz, 16 channels

DATA · Rate 250 Kbps max. per site · Optional AES 128-bit encryption with out-of-

band key management.

CONNECTIONS · Bi-directional · Input 8 x Dry contact to ground · Output 8 x Open collector to ground 50v, 2A

max. · Local Output 2 x Open collector to ground

50v, 2A max.  

ENCLOSURE · Dimensions 4L x 3.5W x 2.3H Inches

106L x 90W x 58H mm · Mount DIN Rail (TS35) · Plastic Light grey, PC (UL 94 V-0) - C,

CC & CM 

COMPLIANCES · FCC part 15 rules · ETSI ETS 300-328 · Japan ARIB STD-T66 ENHANCED SAFETY Class I Division II GP ABCD (mounted in NEMA 4X housing)

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Areas of Use 

IndustrialOffice, & Home automationTraffic lighting controlsRelay switchingOil and gas facility remote

operations & many other areas!

DELTATEE INNOVATION

Oil Field Application

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Data Download App.

DELTATEE INNOVATION

Part Numbers

SW 1008RLY-A-C

Alarm Code

A - Simple AlarmB - Acknow ledged AlarmC - Partial Acknow ledged Alarm

Device Netw ork Type

C - CoordinatorR - Remote

Data Transfer

RLY - Relay Data to a ll UnitsPOL - Data is Polled by a USB-D

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Option Modules

All of the option modules occupy the second deck of the SW-1008 main units and meet the same environmental and power specification.

¨DB-SW108, AUXILIARY I/O BOARD ¨DB-RLY- S/M, Serial Relay Board¨DB-USB-D, USB Device Board¨DB-POL-U/S/M, Polled Peripheral Board¨DB-RLY-A-C/V -2/4, Analog Relay Board¨DB-POL-A -C/V -2/4, Polled Analog Board

DELTATEE INNOVATION

Alarm Application

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DELTATEE

INNOVATIONS

www.wirelesswire.ca

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FAQ 1

1. The range of the WW is stated to have a maximum range of 1KM line of sight. In a multiple remote module network, is it correct to state that as long as there is one "clear" path (no obstacles) for the signal in the network, obstacles for other remote modules would find their way via the clear path modules back to the coordinator? Yes each unit must be able to reach at least one other with a chain linking to the coordinator. If this is the case any unit can talk to any other unit. 2. How far can the antenna wire run from the module it is transmitting for? Is there a max? 

That depends on the type of cable used. Low loss cable should be able to reach 300m, RG58u (regular cable) at least 100m. 3. If the module is blocked, does putting the antenna into the line of sight deal with any signal interference issues? 

Line of site means; line of sight of the antennas not the units. 4. In a relay network (non-polled) if one remote or coordinator loses power or signal, what happens. In other words, how does a user know if this happens to one module? 

If any unit cannot reach the coordinator, the switch outputs will be closed. (ie: the outputs are FAIL CLOSED)

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FAQ 2

5. If the antenna is disconnected, the signal is still generated but with a diminished range; how does the user know in a relay or polled network if the antenna is disconnected?

A disconnected antenna would cause that unit and any relying on it to reach the coordinator to fail closed.

6. On the demo unit there are 8 connections for the I/O, 3 common connections and 2 alarm connections. How many discrete devices can be wired into one module?

8 I/O plus 2 alarm annunciators. The Common is just ground.

7. It is not acceptable according to code to install multiple wires in a spring clamp PCB terminal. How do you handle the common when you run out of PCB terminals?

Add DIN Rail terminal blocks or chain the grounds from one device to another.

8. Is there a way to protect the connection for the antennae so that it is not susceptible to mechanical disconnect by accident via a cover or "hinged flap?"

In a cabinet this is not a problem if wire tray or tie wraps are used.

9. What is the hazardous location approval to be for: Class I, Division 2, Class I Zone 2, both?

Both