data-linc catalog

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DATA-LINC GROUP • 3535 Factoria Blvd. SE, Suite 100 • Bellevue, WA 98006 USA • Phone (425) 882-2206 • Fax (425) 867-0865 • www.data-linc.com

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DATA-LINC GROUP

111209

Wireless 900 MHz(1 Watt)

SRM7210E* High Speed Ethernet Wideband FHSS, Class 1 Div 2

SRM6000*Long-range serial FHSS

SRM6210E*Long-range Ethernet FHSS, Class 1 Div 2

SRM6220* Long-range FHSS Hybrid Ethernet with serial tunneling

CIX6400*

DAX6400*

(200 mW)PLR5000 Short-range serial FHSS

PLR580D & PLR580DA

Enhanced Diagnostics *LincViewTM OPC RF Diagnostic Softwarefor SRM Family modems

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DATA-LINC GROUP

Field Proven Performance ~ Industrial Grade Support

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No power? No problem.

DATA-LINC bundlesmodems and

network componentswith solar power.

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Think DATA-LINC for Bundled Solutions

SCADA with video security? No Problem.

DATA-LINC bundlesSelectable Alert Audio-Video

Security Engine with wireless modems

and network components.

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High voltage? No problem. DATA-LINC bundles modems and DataPorts for safe and easy connections.

Special delivery? No problem. DATA-LINC bundles modems, antennas and cables in environment-proof containers.

Think DATA-LINC for Bundled Solutions

www.data-linc.com

DATA-LINC GROUP

Compatibility? No problem. DATA-LINC bundles factory configured modems with antennas and cables.

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Accessories PgAntennas, Coax and Data cables 10

See individual product catalog pages for a list of recommended cables and antennas

1-8

BPF900 band pass filter 10Data-Port Unmanaged Switch 10FLA2410 80211.b power amplifier 10Lightning arrestors 10RS232 Accessories 10

www.data-linc.com

DATA-LINC GROUP

Data Communication Products and Accessories (continued)

Software Description PgConfigLinc-E Configuration software for SRM Ethernet modems 9ConfigLinc-S Configuration software for SRM serial modems 9SetLinc Configuration software for SRM hybrid modems 9LincView OPC RF network management software for SRM modems 9

Catalog Content Guide (continued)

Security Engine Description PgSAA-V Selectable Alert Audio-VideoSecurity

Security software embeded PC for wireless video security and SCADA operations on the same screen, for use with the high speed FLC910E or FLC830E modems

6

Wired Products Interface Line Type Architecture Maximum Data Rate

Pg

DLM4500 Industrial Dial-Up/Leased Line

RSR232 (RS422/RS485 available)

Dial-Up/Leased Line/Dedicated Wire

Point-to-point 19.2 Kbps 8

LLM1100 v.23/Bell 202 Long Line


Leased Line/Dedi-cated Wire

Point-to-point 1200 Bps 8

MDL500 FSK Wire


Dedicated Wire Point-to-point/Mul-tipoint

9600 Bps 8

Bridging Device Interface Bridge Protocol Architecture Maximum Data Rate

Pg

NET620 Ethernet; RS232/ RS485 available

EtherNet/IP to DF1; ModBus TCP/IP to Modbus RTU

Point-to-point 115.2Kbps 7

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SRM6000 long-range serial• Range of 25+ miles (40 km) using

omni-directional antennas

• Supports all serial polling protocols, including Modbus, DF1, DNP 3.0 and Optimux

• Extended operating temperature (-40° to +75° C) & built-in diagnostics

• Real-time, RF network diagnostics*

The SRM6000 Wireless Serial Modem offers superior reliability, versatility, and industrial performance for long-range SCADA, challenging in-plant installations, and mobile applications. The SRM6000 is the best choice for robust wireless serial communications, utilizing the advantages of the 902–928 MHz band. You can fi nd SRM6000s installed and operating in thousands of industrial projects, including water/wastewater, oil/gas and mining.

SRM7210E high-speed, long-range Ethernet • Class 1 Div 2 certifi cation

• RF data rate of 614 or 867 Kbps

• Range to 20 miles (32 km) LOS


• Master, Remote, Repeater or Repeater/Remote user confi gurable

The Class 1 Div 2 certifi ed SRM7210E employs wide-band frequency hopping to reliably deliver critical data at higher rates and at longer distances than conventional wireless technologies. The SRM7210E offers excellent foliage penetration and performance in high-noise environments while main-taining high data throughput. Includes easy confi gu-ration software. DIN clip option.

SRM6220 long-range Ethernet with serial tunneling• Ethernet bridging—DF1/Modbus RTU• Legacy 900 MHz SRM6210E &

SRM6200E compatible• Web or SetLincTM confi gurable via

serial or Ethernet link• Range of 25+ miles (40 km) using



The SRM6220 modem offers superior long-range The SRM6220 modem offers superior long-range The SRM6220 modem offers superior long-range reliability, versatility, and industrial performance. Designed for SCADA, challenging in-plant installations, and mobile applications, the SRM6220 is the best choice for robust wireless Ethernet communications with the added advantage of eliminating the need for additional serial-to-Ethernet or Ethernet-to-serial interfacing equipment. DIN clip option.

SRM Family 900MHz FHSS

SRM6210E Class 1 Div 2 • Class 1 Div 2 certifi cation for use in hazardous environments

• Range of 25+ miles (40 km) using omni-directional antennas


Other SRM Family options• *Powerful LincViewTM OPC real- TM OPC real- TM

time, RF network diagnostics

• SRM6200E Ethernet chassis mount— SRM6220 & SRM6210E compatible

• SRM6000-SLC serial chassis mount— SRM6000 & SRM6220 compatible

• DD1000 & DDAA1000 I/O extenders

Data-Linc Group’s SRM Family of license-free wireless modems, designed for extreme environments, offers long-range communications, excellent interference immunity, and high security for industrial systems. All SRM modems are compatible with LincViewTM OPC, Data-Linc’s powerful RF network TM OPC, Data-Linc’s powerful RF network TM

diagnostic software, and Smart Spectrum™ advanced frequency hopping technology for secure industrial performance.

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DATA-LINC 900 MHz DATA-LINC 900 MHz DATA-LINCSRM Compatible Antennas & CablesSRM Compatible Antennas & CablesSRM Compatible

SCADA network utilizing the SRM6220 hybrid modem for SRM6220 hybrid modem for Ethernet/IP to DF1 bridgingEthernet/IP to DF1 bridging

SRM6220 network demonstrat-SRM6220 network demonstrat-ing EtherNet/IP to DF1 bridging ing EtherNet/IP to DF1 bridging for hybrid modem integration of serial for hybrid modem integration of serial and Ethernet devices. Quick and easy and Ethernet devices. Quick and easy set up and monitoring with set up and monitoring with SetLinc software and software and LincViewTM OPC net-work management software. work management software.

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PLR580D/A short-range serial discrete/analog I/O extender• Cost-conscious wireless discrete and

analog signal extender

• 8 discrete inputs & 8 discrete outputs, 8 analog inputs & 8 analog outputs

• Range to 4 miles (6.5 km) LOS

• Eliminates the cost of conduit installa-tion and trenching

• Supports point-to-multipoint topologies

The PLR580 Wireless I/O Extenders offer a cost-con-scious alternative to wire installation for sensors and actuators up to 4 miles away (line of sight required). The PLR580D/A provides 8 discrete inputs and 8 dis-crete outputs as well as 8 analog inputs and outputs. Operating as an I/O extender, the signal is sampled at the input, sent over the wireless link and recreated at the output. The PLR580 uses robust frequency hop-ping technology in the 900 MHz band and supports point-to-point and point-to-multipoint topologies. DIN clip option.

PLR580D short-range serial discrete I/O extender• Cost-conscious wireless discrete

signal extender

• 8 discrete inputs & 8 discrete outputs

• Range to 4 miles (6.5 km) LOS

• Eliminates the cost of conduit installa-tion and trenching

• Supports point-to-multipoint topologies

The PLR580 Wireless I/O Extenders offer a cost-con-scious alternative to wire installation for sensors and actuators up to 4 miles away (line of sight required). The PLR580D provides 8 discrete inputs and 8 dis-crete outputs. Operating as an I/O extender, the signal is sampled at the input, sent over the wireless link and recreated at the output. The PLR580 uses robust frequency hopping technology in the 900 MHz band and supports point-to-point and point-to-multipoint topologies. DIN clip option.

PlantLincTM Family serial 900 MHzData-Linc Group’s PlantLincTM Family of license-free wireless modems and I/O extenders, designed TM Family of license-free wireless modems and I/O extenders, designed TM

for extreme environments, offers short-range communications, excellent interference immunity, and high security for installations requiring cost-conscious industrial solutions.

PLR5000 short-range serial modem• A cost-conscious alternative to cable

installation and phone line leasing

• Frequency hopping technology for excellent noise immunity

• Data rates to 19.2 Kbps

• Range of 4+ miles (6.5 km) using omni-directional antennas & LOS

• Compact, rugged, DIN rail mountable metal enclosure

The PlantLincTM PLR5000 industrial wireless serial TM PLR5000 industrial wireless serial TM

RS-232 modem offers cost-effective, short-range wireless communications up to 4 miles. Its frequency hopping transmission techniques provide excellent reliability in noisy in-plant applications, including PLC networking, data collection, mobile systems (cranes, conveyor systems, warehouse automation) and outdoor SCADA communications for remote pump stations and substations. DIN clip option.

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PlantLinc SCADA network for marginal oil wellsPlantLinc SCADA network for marginal oil wellsPlantLinc

DATA-LINC 900 MHz DATA-LINC 900 MHz DATA-LINC PlantLinc PLR Compatible Antennas & CablesPlantLinc PLR Compatible Antennas & CablesPlantLinc

Pump system network with PLCs Pump system network with PLCs interfaced with PLR5000 short-interfaced with PLR5000 short-range serial modems to provide range serial modems to provide real-time process management real-time process management with control and troubleshooting with control and troubleshooting in an expandable network that can in an expandable network that can easily accommodate additional easily accommodate additional well sites.well sites.

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2.4 GHz CIX6500 wireless Remote• Easy & inexpensive to install—

no complicated PLC program-ming or proprietary software.

• 12 bit analog resolution• Point-to-multipoint topologies• 8 discrete & 4 analog inputs,

8 discrete & 4 analog outputs

Communication Interface I/O ExtendersData-Linc designed the wireless Communication Interface Extender (CIX) for both the 900 MHz (CIX6400) and the 2.4 GHz (CIX6500) ISM bands to offer a cost effective, easy-to-implement, industrial grade automation I/O extender that provides direct PLC connection via communication ports to I/O points— no complicated PLC programming or proprietary software.

900 MHz CIX6400 wireless Remote• Easy & inexpensive to install—

no complicated PLC program-ming or proprietary software.

• 12 bit analog resolution• Point-to-multipoint topologies• 8 discrete & 4 analog inputs,

8 discrete & 4 analog outputs

The CIX6400 wireless Remote module is an I/O extender. It can be configured as Remote, Repeater or Repeater/Remote, simplifying replacement and reducing spare inventory. The Communication Interface Extender is an easy-to-implement, industrial grade automation I/O-PLC interface— no complicated programming or special software. CIX/EXR Expander Remote (wired non radio unit) also available.

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900 MHz CIX6400/M wireless Master • Supports up to 16 I/O Remotes–384 pts• EtherNet/IP, DF1 and Modbus TCP/IP,

Modbus RTU compatibility• Wireless data transmission up to 25+

miles (40 km) with line-of-sight (LOS)• Real-time, RF network diagnostics

using LincViewTM OPC

The CIX6400/M Master unit employs Data-Linc’s robust SRM radio and can interface with a PLC or PC via either its Ethernet or its serial port. The Master transmits commands to up to eight CIX Remote I/O units allowing simple operation of I/O to PLC communication without complicated PLC programming or proprietary software. The CIX works seamlessly with EtherNet/IP, DF1 or Modbus TCP/IP, Modbus RTU. DIN clip option.

The CIX6500 wireless Remote module is an I/O extender. It can be configured as Remote, Repeater or Repeater/Remote, simplifying replacement and reducing spare inventory. The Communication Interface Extender is an easy-to-implement, industrial grade automation I/O-PLC interface— no complicated programming or special software. CIX/EXR Expander Remote (wired non radio unit) also available.

2.4 GHz CIX6500/M wireless Master• Supports up to 16 I/O Remotes–384 pts• EtherNet/IP, DF1 and Modbus TCP/IP,

Modbus RTU compatibility• Wireless data transmission up to 10+

miles (16 km) with line-of-sight (LOS)• Real-time, RF network diagnostics

using LincViewTM OPC

The CIX6500/M Master unit employs Data-Linc’s robust SRM radio and can interface with a PLC or PC via either its Ethernet or its serial port. The Master transmits commands to up to eight CIX Remote I/O units allowing simple operation of I/O to PLC communication without complicated PLC programming or proprietary software. The CIX works seamlessly with EtherNet/IP, DF1 or Modbus TCP/IP, Modbus RTU. DIN clip option.

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DATA-LINC 900 MHz and 2.4 GHz Compatible Antennas and Cables

The Master CIX6400/M transmits commands to up to eight CIX6400 Remote I/O units allowing simple operation of I/O to PLC communication without complicated PLC programming or proprietary software. The CIX6400/M works seamlessly with EtherNet/IP, DF1 or Modbus TCP/IP, Modbus RTU.

Communication Interface I/O Extender connects PLCs to I/O devices without complicated PLC programming

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DATA-LINC GROUP

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Discrete/Analog I/O ExtendersData-Linc Group’s license-free wireless I/O systems, designed for extreme environments, offer short to long-range communications, excellent interference immunity, and high security for industrial systems. Data-Linc’s rugged short range (PLR580) and long-range (DAX) I/O extenders increase confidence in industrial operations while being very cost-effective. The Expandable DAX version provides increased resolution and expandability to accommodate growth. One DAX Master supports up to eight DAX Remotes.

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the 900 MHz band and supports point-to-point and point-to-multipoint topologies.

900MHz PLR580DA & PLR580D short-range I/O extender • Cost-conscious signal extender• Eliminates the expense of conduit

installation and trenching• Wireless data transmission up to

4 miles (6.4 km) with LOS• Robust, industrial 900 MHz, frequency

hopping spread spectrum technology• Supports point-to-multipoint topologies

The PLR580 Wireless I/O Extenders offer an even more cost-effective alternative to wire installation for sensors and actuators up to 4 miles away (line-of-sight required). The PLR580 is available in two models. The PLR580D provides 8 discrete inputs and 8 discrete outputs. The PLR580DA additionally includes 8 analog inputs and outputs. Operating as an I/O extender, the signal is sampled at the input, sent over the wireless link and recreated at the output. The PLR580 uses robust frequency hopping technology in

900MHz DAX6400 Discrete/Analog Expandable I/O extender• Easy & inexpensive to install• 12 bit analog resolutions• Robust, industrial SRM RF technology• Wireless data transmission up to 25+

miles (40 km) with line-of-sight (LOS)• Point-to-multipoint topologies• Up to 8 remote devices, expandable

for growth• 8 discrete inputs, 8 discrete

outputs, 4 analog inputs and 4 analog outputs–24 points

The DAX6400 wireless I/O Extenders offer a cost-effective alternative to wire installation for sensors and actuators in the 900 MHz band. Operating as an I/O extender, the signal is sampled at the input, sent over the wireless link and recreated at the output. The DAX6400 can be configured as Master, Remote, Repeater or Repeater/Remote, simplifying replacement and reducing spare inventory. It employs the robust, industrial SRM radio modem frequency hopping technology that supports point-to-point and point-to-multipoint topologies up to 25+ miles (40 km) LOS. DAX/EXR Expander Remote (non radio unit) also available.

2.4 GHz DAX6500 Discrete/Analog Expanable I/O extender• Easy & inexpensive to install• 12 bit analog resolutions• Robust, industrial SRM RF technology• Wireless data transmission up to 10

miles (16 km) with line-of-sight (LOS)• Point-to-multipoint topologies• Up to 8 remote devices, expandable

for growth• 8 discrete inputs, 8 discrete

outputs, 4 analog inputs and 4 analog outputs–24 points

The DAX6500 wireless I/O Extenders offer a cost-effective alternative to wire installation for sensors and actuators in the 2.4 GHz band. Operating as an I/O extender, the signal is sampled at the input, sent over the wireless link and recreated at the output. The DAX6500 can be configured as Master, Remote, Re-peater or Repeater/Remote, simplifying replacement and reducing spare inventory. The DAX employs the robust, industrial SRM radio modem frequency hopping technology that supports point-to-point and point-to-multipoint topologies up to 10+ miles (16 km) LOS. DAX/EXR Expander Remote (non radio unit) also available.

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DATA-LINC 900MHz and 2.4GHz Compatible Antennas and Cables

Discrete/Analog I/O Extenders (continued)

DDAA1000and DD1000 900 MHz and 2.4 GHz bands• Easy & inexpensive to install—no wires

to route nor ditches to dig• Robust, industrial SRM RF technology• Wireless transmission of discrete and

analog signals up to 25 miles (40 km) for 900 MHz and 10+ miles (16 km) for 2.4 GHz with line-of-sight (LOS)

• Supports point-to-multipoint topologies• DDAA1000—8 discrete & 8 analog

inputs & 8 discrete & 8 analog outputs• DD1000—8 discrete inputs &

8 discrete outputs

These Wireless I/O Extenders offer a cost-effective alternative to wire installation for sensors and actua-tors in the 900 MHz and the 2.4 GHz bands. The DD provides 8 discrete inputs and 8 discrete outputs, the DDAAA 8 discrete inputs and outputs, 8 analog inputs and outputs. Operating as an I/O extender, the signal is sampled at the input, sent over the wireless link and recreated at the output. . All use the robust, industrial SRM radio modem frequency hopping technology that supports point-to-point and point-to-multipoint topologies up to 10+ miles for 2.4 GHz and up to 25 miles for the 900 MHz versions. Distances are with Line-of-Sight (LOS) and omnidirectional antennas.

www.data-linc.com

DATA-LINC GROUP

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Other SRM Family options• *Powerful LincViewTM OPC real-

time, RF network diagnostics

• SRM6300E Ethernet chassis mount— SRM6320 & SRM6310E compatible

• SRM6100-SLC serial chassis mount— SRM6100 compatible

• DD1000 & DDAA1000 I/O extenders

SRM6310E Class 1 Div 2 • Class 1 Div 2 certifi cation for use in

hazardous environments

• Range of 10+ miles (8 km) with LOS, using omni-directional antennas


Other SRM Family optionsOPC real-

Other SRM Family optionsOther SRM Family optionsOther SRM Family optionsOther SRM Family options

SRM6100 long-range serial• Range of 10+ miles (8 km) with LOS,

using omni-directional antennas

• Supports all serial polling protocols, including Modbus, DF1, DNP 3.0 and Optimux

• Extended operating temperature (-40° to +75° C) & built-in diagnostics


The SRM6100 Wireless Serial Modem offers superior reliability, versatility, and industrial performance for long-range SCADA, challenging in-plant installations, and mobile applications. The SRM6100 is the best choice for robust wireless serial communications, utilizing the advantages of the 2.4GHz band. You can fi nd thousands of SRM6100s operating in a variety of industrial projects, including water/wastewater, oil/gas and mining.

The SRM6320 modem offers superior long-range The SRM6320 modem offers superior long-range The SRM6320 modem offers superior long-range reliability, versatility, and industrial performance. Designed for SCADA, challenging in-plant installations, and mobile applications, the SRM6320 is the best choice for robust wireless Ethernet communications with the added advantage of eliminating the need for additional serial-to-Ethernet or Ethernet-to-serial interfacing equipment. DIN clip option.

SRM Family 2.4 GHz FHSSData-Linc Group’s SRM Family of license-free wireless modems, designed for extreme environments, offers long-range communications, excellent interference immunity, and high security for industrial systems. All SRM modems are compatible with LincViewTM OPC, Data-Linc’s powerful RF network diagnostic software, and Smart Spectrum™ advanced frequency hopping technology for secure industrial performance.

For EU countries: SRM6310E/EU Ethernet & SRM6100 serial• CE Mark & ETSI compliant

• SRM6310E/EU Class1 Div2 certifi cation

• Range to 5+ miles (6 km) LOS


• Master, Remote, Repeater or Repeater/Remote user confi gurable

The Class1 Div2 certifi ed SRM6310E/EU employs frequency hopping spread spectrum technology to re-liably deliver critical data. The SRM6310E/EU offers long-range and excellent interference immunity in the EU license-free 2.4GHz spread spectrum band. Easy set up and confi guration with supplied confi guration software. The SRM6310E/EU complies with CE and ETSI regulations. DIN clip option.

SRM6320 long-range Ethernet with serial tunneling• Ethernet bridging—DF1/Modbus RTU• Legacy 2.4GHz SRM6310E &

SRM6300E compatible• Web or SetLincTM confi gurable via

serial or Ethernet link• Range of 10+ miles (8 km) LOS, using



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DATA-LINC 2.4 GHz SRM Compatible Antennas & CablesDATA-LINC 2.4 GHz SRM Compatible Antennas & CablesDATA-LINC

Network demonstrating the SRM6320 hybrid modem SRM6320 hybrid modem Ethernet/IP to DF1 bridging Ethernet/IP to DF1 bridging advantage advantage

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FLC810E+ industrial 802.11b Ethernet wireless modem• High 300 mW RF output power, range

up to 6 miles (10 km) with line of sight• Access Point, Station Adapter

and Wireless Bridge modes with repeating capability

• Station Adapter mode supports multiple Ethernet devices for wireless bridging through Wi-Fi Access Points

• Wi-Fi compliant with IEEE 802.11b

The FLC810E+ modem offers high output power (300 mW) in the 2.4 GHz band providing long-range communications (up to 6 miles, 10 km) with LOS, extended-temperature rated and support for multiple Ethernet devices (such as PLCs and HMIs) in Station Adapter mode. It includes a built-in NAT router and DHCP server to create private wireless RF networks.

Data-Linc Group’s FastLincTM Industrial Wireless Ethernet Modems are high-speed, secure wireless solutions in the 2.4 GHz and 900 MHz bands. The 802.11 based FastLinc modems offer high RF output power and industrial-grade performance for Access Point, Wireless Bridge, and portable computer applications. The FLC910E 900 MHz OFDM offers 802.11 speed with 900 MHz robustness.

The FLC910E and FLC830E high-speed OFDM wireless Ethernet modems support the speeds needed to offer real-time video for DATA-LINC’s SAA-V security engine. Its full-featured, flexible menu for monitoring and response also supports SCADA and multiple video views on a single screen. From process to perimeter, inside an industrial plant to a plant’s remote stations, SAA-V has you covered. The SAA-V is a “bundled” solution that includes a non-monitor PC with embedded software, cables antennas and a modems for customer convenience along with confidence in a quick and easy set up. (Please see page 6 for detailed SAA-V Security Engine information and front page for Bundled Solutions.)

High-speed FastLincTM Family

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FLC910E industrial 900 MHz OFDM wireless Ethernet• Robust 900 MHz OFDM for high-noise

conditions • Improved LOS issues • Minimized multi-path fading • LOS range up to 10 miles (16 km),

point-to-point/multipoint data transfer • Exceptional data rates (up to 54Mbps)

FLC910E offers OFDM (Orthogonal Frequency Division Multiplexing) technology for data transfer in the robust 900 MHz ISM band. With a range of up to 10 mile (16 km) and immunity to multi-path fading, it is ideal for both in-plant and remote applications that can benefit from SCADA and video data transmission over one network, for real-time monitoring and control of process and security video.

FLC830E industrial 2.4 GHz OFDM wireless Ethernet• Robust 2.4 GHz OFDM for

high-noise conditions • OFDM-improved LOS issues • Minimized multi-path fading • LOS range up to 6 miles (9.6 km),


FLC830E offers OFDM (Orthogonal Frequency Division Multiplexing) technology for data communication in the 2.4 GHz ISM. With a range of up to 10 mile (16 km) and immunity to multi-path fading, it is ideal for both in-plant and remote applications that can benefit from SCADA and video data transmission over one network, for real-time monitoring and control of process and security video.

SAA-V: Selectable Alert Audio-Video Security Engine

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This high speed FLC910E wireless network with a 54 Mbps data rate can transfer SCADA and real-time A-V security data over a single network –five cameras per SAA-V engine, unlimited number of engines.

(Please See SAA-V Security Engine product on Page 6.)

DATA-LINC 900 MHz and 2.4 GHz Compatible Antennas and CablesFor FLC830E and 810E+ coax connector on the radio is reverse polarity SMA. For FLC910E and all other products, standard thread SMA connectors are used.

Five camera FLC910E multi-drop network1

(additional types & gains also available)

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• Limitless control via external program execution

• Multiple scheduled recording modes— continuous, on alarm and/or on motion detection

• Selectable notification— on-screen, voice, phone & email

• Adjustable recording control• I/O device video motion detection support

• Internal port mapping capabilities for network separation — no router required

• Ultimate in scalability with flexible licensing model

• Compatible with industry standard networks, servers, databases & storage systems

• Remote access via the Data-Linc Remote Client software

• SCADA OPC Connectivity• Direct client-to-camera communication— no traffic bottle-necks at server

• Full duplex, real-time audio support

• Internal encryption protocol for data security

• Built-in protection from undetected fraudulent image alteration

(No Power? No Problem. Please see catalog front page for Bundled Solutions.)

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Wireless Security Selectable Alert Audio-Video

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DATA-LINC GROUP

SAA-V for Wireless Security

FLC830E industrial 2.4 GHz OFDM wireless Ethernet• Robust 2.4 GHz OFDM for high-noise

conditions • OFDM-improved LOS issues • Minimized multi-path fading • LOS range up to 6 miles (9.6 km),


FLC830E offers OFDM (Orthogonal Frequency Division Multiplexing) technology for data communication in the 2.4 GHz ISM. With a range of up to 10 mile (16 km) and immunity to multi-path fading, it is ideal for both in-plant and remote applications that can benefit from SCADA and video data transmission over one network, for real-time monitoring and control of process and security video.

FLC910E industrial 900 MHz OFDM wireless Ethernet• Robust 900 MHz OFDM for high-noise

conditions • Improved LOS issues • Minimized multi-path fading • LOS range up to 10 miles (16 km),


FLC910E offers OFDM (Orthogonal Frequency Division Multiplexing) technology for data transfer in the robust 900 MHz ISM band. With a range of up to 10 mile (16 km) and immunity to multi-path fading, it is ideal for both in-plant and remote applications that can benefit from SCADA and video data transmission over one network, for real-time monitoring and control of process and security video.

From process to perimeter, DATA-LINC has you covered.

(Please see catalog front page for Bundled Solutions.)

FastLincTM Family high-speed modems support wireless SCADA and video data on ONE network

• Security/surveillance audio/video with SCADA on one network

• Remote facilities—reservoirs, mining, unmanned infrastructure, etc.

• Restricted access areas

• Critical and high risk processes

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NET620 serial to Ethernet Bridge

• Serial to Ethernet bridging• Allen Bradley EtherNet/IP to DF1• ModBus TCP/IP to ModBus RTU• TCP or UDP terminal server

• Quick web browser or supplied SetLincTM software setup

• Easy configuration via serial or Ethernet port

• No “special” PLC configuration for bridging

• Compact design with versatile mounting options

Data-Linc Group’s advanced NET620 allows the integration of serial connected devices into Ethernet networks without a complicated network interface. When using the NET620 to bridge DF1 or ModBus RTU, the application is configured as if the serial device was Ethernet— no special PLC configuration needed to integrate DF1 or ModBus RTU devices into EtherNet/IP or ModBus TCP/IP networks. The NET620 does the rest.

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NET620 connecting serial and Ethernet devices

Cross Section of Most Common Cables for DATA-LINC NET620

NET620 allows the integration of serial connected devices into Ethernet networks without a complicated network interface. Simply configure as

if the serial device was Ethernet— no special PLC configuration is required.

www.data-linc.com

DATA-LINC GROUP

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MDL500 FSK wire modem

• FSK modulation— ideal for long-range data transmission in high noise environments

• Supports distances up to 7 miles (12 km) over 4-wire lines; up to 4 miles (6.5 km) over 2-wire lines

• Offers multipoint line support for polled SCADA and PLC systems

• Capable of handling RS-232 data rates up to 9600 bps

The MDL500 FSK Wire Modem offers long-range RS-232 data transmission over virtually any dedicat-ed wire (2- or 4-wire). It incorporates a special filter that eliminates out-of-band electromagnetic interfer-ence (EMI), and as a result, the MDL500 can utilize most untwisted and unshielded wires with error-free operation. The MDL500 enables data to be superim-posed over other signals such as instrumentation and power lines and can also be used to communicate PLC data over sliding contacts (including slip rings and rolling wheels, as well as shoes on conductor bars) with high reliability.

DLM Family of industrial dial-up/leased line modems• Versatile, reliable and durable — ideal

for industrial dial-up, leased line, pri-vate line or dedicated wire applications

• RS-232 or RS-422/485 serial interface options support standard PLC and SCADA protocols

• DLM4500 with extended temperature range -40° to +185°F (-40° to +85°C)

• DLM4000—logic flag sensing from remote PLC triggers optional auto-dial for alarm conditions or emergency calls

Data-Linc Group’s DLM4500 and DLM4000 industrial modems offer maximum versatility and reliability for point-to-point remote process control and data acquisition. Housed in a rugged steel enclosure for optimal EMI resistance, the DLM series is factory configured for trouble-free installation, so setup is a trouble-free. Using advanced Trellis coding, error correction, and data compression technology for virtually error-free data communications, the DLM4500 supports an uncompressed interface speed of up to 19.2 Kbps for excellent polling times and system updates.

LLM1100 V.23/Bell 202 long-line modem

• Ideal for SCADA system communica-tions to remote sites

• Supports point-to-point and multipoint analog leased lines at 1200 bps

• No RTS/CTS handshaking required for most protocols

• Transmits data up to 20 miles (32 km) over dedicated unshielded wire; unlimited over Telco loaded circuits

The Data-Linc Group LLM1100 is a V.23/Bell 202 compatible 1200 bps modem. It communicates over leased point-to-point or multipoint analog telephone lines or any dedicated two-conductor wire (twisted or untwisted, shielded or unshielded) using FSK modulation. The LLM1100 incorporates a unique data sense carrier control feature, eliminating the need for RTS/CTS control on multipoint remotes, and also easily interfaces with most PLCs, RTUs, PCs, and supports an RS-232 interface. It’s ideal for remote SCADA systems such as remote pump station communications.

Data-Linc utilizes only the most robust data communications technologies to provide exceptional resistance to potential data communications problems. These technologies include FSK (Frequency Shift Key) technology for data communications on any two conductor wire, power line and leased line modems. Data-Linc specialty modems can superimpose data on active AC/DC power lines, in-company PBX telephone wires or instrumentation lines without interfering with simultaneous transmission of power, voice or instrumentation signals. Data can also be transmitted over sliding contacts, slip rings, rolling wheels, brushes, shoes, and the like. Our products provides point-to-point and multi-tier, multi-drop data communications and polling/addressing.

Dedicated Wire & Phone Line Modems

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DLM4500 dial-up network Dial-up network with the DLM4500 Master controlling remote stations via DLM4500 modems communicating over regular telephone lines

LLM1100 Bell 202, V.23/CCITT leased-line multidrop network

The signs for the highway tunnel are con-trolled by lines capable of point-to-point or multi-point transmission that are leased from the phone company. The 2-wire or 4-wire (shown) VG-6 circuit provides a voice grade (300 to 3000Hz) channel for a two point or multipoint non-switched private line analog data transmission. This channel includes basic data conditioning and interface facilities engineered for a 1000Hz net loss of no more than 16dB.

DATA-LINC GROUP

www.data-linc.com

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• Simplifies monitoring and control of large, complex networks

• Offers OPC server capability• Graphically displays view of entire

wireless network• Displays both ends of all RF links

Powerful RF Network Management SoftwareLincViewTM OPC for SRM Family modems

• Simple point-and-click graphic display— Quick and Advanced modes

• Intuitive menus

• “Save” capability— configure or reload configuration settings from saved files

• Viewable and printable text files for easy reporting

Config-LincTM-E is Data-Linc’s proprietary software developed for use with the SRM7210E & with the chassis mount & stand-alone versions of the SRM6210E & SRM6310E Ethernet mo-dems. This software makes setup & installation quick, easy & intuitive.

Config-LincTM-E software for SRM Ethernet modems

Software for Quick & Easy Setup

• Provides programmable warning/alarms with automatic logging

• Timestamps last communication• Delivers historical graphing of

key statistics and values• Works during normal operation of

the network

(continued on next page)

Set-LincTM software for SRM hybrid modems

Set-LincTM, Data-Linc’s proprietary software for the wireless 900MHz SRM6220 & 2.4GHz SRM6320 Ethernet with serial tunneling modems, is included at no charge & makes installa-tion and configuration quick, easy and intuitive from either the serial port or the Ethernet port.

• Simple point-and-click graphic display— Easy and Advanced modes

• Intuitive menus

• Configurable via either serial port or Ethernet port

• Quick access to static radio statistics

• Simple point-and-click graphic display— Quick and Advanced modes

• Intuitive menus

• “Save” capability— configure or re-load configuration settings from saved files

• Viewable and printable text files for easy reporting

Config-LincTM-S is Data-Linc’s proprietary software developed for use with its SRM6000 & SRM6100 serial modems. This software makes setup & installation quick, easy & intuitive.

Config-LincTM-S software for SRM serial modems

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LincViewTM OPC (OLE for Process Control), Data-Linc’s enhanced diagnostics/management software, allows the monitoring and control of networks utilizing wireless SRM Family modems. LincView OPC is particularly suited to troubleshooting and analyzing the performance of RF links in large SCADA networks, saving time and increasing confidence in the network’s reliability. Taking advantage of internal improvements in the SRM family of wireless Ethernet and serial modems, Data-Linc’s power-ful diagnostic option LincView OPC is a user interface with an internal OPC server.

LincView OPC Software is compatible with most Data-Linc SRM serial and Ethernet radio modems, runs on a PC with Windows® operating system and provides essential information for each modem in the network. The LincView OPC user interface displays real time dynamic diagnostic information both graphically and textually, as well as simultaneously with normal network use. This same diag-nostic information can be viewed as tags in your familiar OPC browser and utilized in OPC enabled applications. LincView and/or your HMI can provide diagnostic alarm, log, trend and archive ser-vices.

Information is provided for each radio including a tree view of network topology. Examples of typical parameters in-clude environmental (temperature, voltage), RF (signal and noise levels at each end of the RF path, percent receive rate, frequency drift), data performance (bytes sent or received, receive rate), and informational (time since last response). Units can be RSSI, J-units, Celsius or Fahrenheit as desired. Additionally, from LincView OPC’s user interface, each radio can be named and its configuration parameters viewed

or modified.

LincView OPC communicates with the network’s Master radio using RS232, UDP, or TCP/IP (via a terminal server), as selected by the user. LincView OPC, the OPC cli-ent, and the radio network can be located on or near the same PC and for greater distances using Ethernet. Additionally, LincView OPC supports multiple radio networks via multiple sessions.

LincView OPC, provided on CD, installs on Windows 98, NT, 2000, and XP based computers. Data-Linc SRM6xxx series 900MHz band radio modems with firmware version 2.xx and greater or 2.4 GHz modems with firmware version 3.xx and greater are required. When necessary for RS-232 diagnostics, Master radios can be ordered with an optional diagnostic port or pur-chased separately for field installation.

LincViewTM OPC Powerful RF Network Management Software

www.data-linc.com

DATA-LINC GROUP

Value-added Accessories for custom

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Accessories

Lightning arrestor• Recommended for all outdoor installations• Maintenance free and multi-strike capable• Fully weatherized housing and connectors• Panel and bulkhead mounts

• Increased noise reduction capacity when installed in series

• License-free 900 MHz band• Compatible with all Data-Linc 900 MHz

wireless modems and I/O extenders

BPF900 band pass filter• Out of band interference rejection• High selectivity and volume production• Reasonable insertion loss • Radio performance improvement in noisy

environments

RS232 Accessories• Active Fan-in/Fan-out 4 port splitter• RS232 to RS485 converter• RS232 to RS422 converter

FLA2410 802.11b power amplifier• “b” mode amplification to 1 W transmit• 16dB gain low noise receiver• Fully weatherized• Built-in lightning protection• Coax powered with power injector

DataPort• Interior LEDs (port P2-P5 ) status viewed on front for thru-door diagnostics• Keep door closed to rogram multiple devices safely from outside the panel • Easily connect Data-Linc communication equipment to multiple devices

and the main Ethernet network• Lower cost due to reduced panel space • Convenient external RESET and Power LED indication• Available in UL Type 12/4/4X config to maintain enclosure rating• Robust design with MTBF 938,570 hours

Data-Linc designs its modems and bundles them with compatible, quality antennas, coax and data cables to ensure simple, trouble-free installation. This value-added service provides a known standard solution, reducing integration issues, labor costs and installation time.

Data cables• Available to interface with

most industrial equipment• Standard 6 foot lengths• High quality “standard”

Coax cables • Tested coax and

connector assemblies• One piece for indoor or

combining components• Two-piece lower loss outdoor

for lightning arrestor insertion and panel pass-through

Antennas• Rugged construction for

reliable performance• Omni & Yagi directional• Excellent performance • Mounting hardware• Antenna subsystems for

900MHz and 2.4GHz

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DATA-LINC GROUP

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Data-Linc Group offers a broad assortment of high quality antennas. The wireless serial and Ethernet modems have a specified range of up to 25 miles using omni directional antenna. However, using an external antenna will improve performance and may increase range. Yagi antennas are often used for longer point-to-point links and omni directional antennas for shorter links or for Repeater sites. Remember, these are simply guidelines as proper placement may supersede the antenna type.

Antenna SelectionSelecting the right antenna is paramount to antenna performance. One factor to consider is antenna gain. Gain is achieved at the expense of beam width: higher-gain antennas feature narrow beam widths while the oppo-site is also true.

Omni DirectionalThe omni directional is designed for use in any direction. This antenna radiates and receives equally well in all horizontal directions. The gain of an omni directional antenna can be increased by narrowing the beam width in the vertical or elevation plane. The net effect is to focus the antenna’s energy toward the horizon. Omni directional antennas with different gains are used to improve reception and transmission in certain types of terrain. A 0 dBd gain antenna radiates more energy higher in the vertical plane to reach radio com-munication sites that are located in higher places. These are better suited in mountainous and metropolitan areas where interference from tall buildings occurs. A 3 dBd gain antenna is the compromise in suburban and general settings. A 5 dBd gain antenna radiates more energy toward the horizon compared to the 0 and 3 dBd antennas to reach radio communication sites that are further apart and less obstructed. The 5dB is best suited in deserts, plains, flatlands and open farm areas.

Directional AntennasDirectional antennas focus energy in a particular direction and are used in some base station applications where coverage over a sector by separate antennas is desired. Point-to-point links also benefit from directional antennas. Yagi and panel antennas are directional antennas. They must be oriented in one particular direction so the radio signal is focused toward the antenna of the device with which you wish to communicate.

Installation GuidelinesOne key to proper installation is height. Generally range is improved by mounting the antenna as high as pos-sible. Avoid installing the antenna next to solid objects such as walls, buildings, towers or girders. Reflected radio energy may drastically reduce antenna performance. Six feet from any solid object, including Earth, is the rule of thumb.

Avoid installing the antenna near electrical sources, such as power lines, electrical motors, solenoids, high power radio signal sources or nay high-voltage power usage). Aside from reducing antenna performance due to electrical noise, there is always the possibility of electrical shock.

Line of sight (LOS) is an imaginary “straight line” from point A to point B. The radio carrier is deflated by obstructions that block the signal path. To ensure constant, solid communications, antennas should be visible to each other.

Again, omni directional antennas should be mounted as high possible. The four angled wires, called ground radials, for use with 900 MHz antennas should be rotated until they are angled downward. This increases antenna efficiency. The Yagi antenna should be mounted so the cross sections attached to the central spine (or elements) are oriented vertically as depicted in the photo to the left. The central spine should be pointed toward the other antenna. The Yagi antenna should never be mounted vertically (shown right) as radio energy is radiating upwards rather than at the receiving antenna.

Data-Linc offers a broad line of antennas— each designed to enhance performance on any application.

Back to Basics: Antennas 101

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