PRES_Ruggedized Product Overview - External (2015-06-29).pptx

When it comes to selecting network connectivity for harsh environments, both copper and fiber may need to be considered—especially as more fiber is extending out of the commercial data center and telecommunications room environment to bring higher bandwidth closer to the work area outlet or to deal with longer distance requirements.
 
Fiber is immune to electromagnetic interference, or EMI, and radiofrequency interference (RFI) which makes it ideal for noisy environments. For copper cabling, shielded cabling offers a much higher resistance to EMI. More durable cable jacket materials such as polyurethane and thermoplastic elastomers can provide better tensile strength and lower temperature flexibility and brittle points, as well as better tear, abrasion, chemical and moisture resistance.

Ruggedized plugs and outlets with an IP66/IP67-rated seal protect plugs and outlet contacts from dust and moisture. The use of dust caps is very important for protecting unused outlets, especially in environments that undergo wash downs like commercial kitchens and operating rooms. Plugs and outlets for harsh environments should also be constructed of materials that provide the widest range of protection from most solvents and common industrial chemicals.

Stainless steel faceplates are more corrosion resistant than typical plastic. Also sealing gaskets around the faceplate provide a protective seal against moisture and debris.�
Enclosures and surface mount boxes with a NEMA 4X rating can help protect the termination points of ruggedized outlets.

The ability to mount network connectivity to DIN Rails is another consideration. DIN Rails are metal rails that are commonly used for mounting enclosures and outlet boxes that house connections and equipment in harsh environments. They are also used in larger enclosures for mounting a variety of controllers, connections or other industrial equipment.

1. Siemon Ruggedized Network Solutions

2. Agenda Harsh Environments Overview and Standards Network Connectivity and Cabling Considerations Siemon’s Ruggedized Network Solutions Installation Examples Additional Considerations

3. Harsh Environments Overview Networks are extending into non-industrial harsh environments Not always clearly identified as “industrial” or “commercial” Can require more ruggedized network components Types of harsh environments can include Food service/processing and commercial kitchens University and K-12 laboratories and cafeterias Locker room and fitness facilities Outdoor eateries and vending machines Resorts, stadiums, theme parks and zoos Hospital and mobile medical units Warehouses and distribution centers Airports, train stations, subways Marinas, boats and water treatment facilities

4. Standards for Harsh Environments ISO/IEC 24702 Information Technology, General Cabling, Industrial Premises Application-independent requirements for various environments Covers copper and fiber cabling systems that support Ethernet ANSI/TIA-1005-A Telecommunications Infrastructure Standard for Industrial Premises Infrastructure requirements for cabling industrial environments EN 50173-3 Information Technology – Generic cabling systems – Part 3: Industrial premises These standards help to determine the required level of protection All of these standards incorporate the MICE method of classification

5. M – I – C – E M echanical, I ngress, C limatic and E lectromagnetic Includes 3 levels of harshness 1 = everyday commercial 2 = light industrial 3 = industrial Rarely is environment exclusive to one MICE classification Always consider worst-case for each parameter

6. Ingress Protection (IP) Ratings Developed by the European Committee for Electro Technical Standarization (CENELEC) Includes two digits to indicate protection against solids (i.e., dust) and liquids (i.e., water) Sometimes referred to as the IP Code A common IP rating for ruggedized connectivity is IP66/IP67 Offers total protection against dust and water ingress

7. NEMA Ratings Developed by the National Electric Manufacturer Association (NEMA) Pertains to enclosures Cabinets, floor and ceiling enclosures, equipment housing Surface mount boxes and junction boxes NEMA Ratings have IP code equivalents NEMA 4X Enclosures are the most common for rugged environments

8. Network Connectivity Considerations Both copper and fiber cable and connectivity may be affected Fiber is immune to EMI/RFI and ideal for noisy environments Shielded twisted-pair copper cabling offers higher resistance to EMI/RFI Durable cable jackets offer better strength, temperature flexibility and resistance to tearing, abrasion, chemicals and moisture Plugs and outlets should offer IP66/IP67 rating for protection from dust and moisture Dust caps should be used to protect unused outlets Materials should protect against solvents and chemicals Stainless steel faceplates offer corrosion resistant over plastic NEMA 4X enclosures protect termination points and other internal connections DIN Rail mounting capabilities may be required

9. Siemon Ruggedized Network Solutions Copper Connectivity Fiber Connectivity DIN Rail Panels Faceplates and Boxes

10. Ruggedized MAX Outlets, Plugs and Dust Caps Ruggedized MAX Outlets Category 5e (UTP and F/UTP) and Category 6 (UTP) Ruggedized MAX Plugs Category 5e UTP and F/UTP Field termination Dust caps protect unused outlets and patch cords Includes retention tether Patented bayonet-style, quarter-turn mating Prevents over and under tightening Ruggedize-grade thermoplastic Provides an IP66/IP67-rated seal

11. Ruggedized G2 Z-MAX Outlets and Dust Caps Category 5e shielded, Category 6 UTP and Category 6A UTP and shielded Inserted from the front of the faceplate with the locking nut behind the faceplate Easier to fully tighten without tools Dust cap with nylon tether protects unused outlets Ruggedize-grade thermoplastic Provides an IP66/IP67 seal

12. Ruggedized Bulkhead Adapter Ruggedized through adapter for enclosures Category 5e shielded for high noise environments Dual IP66/IP67 outlets Simple patch and cable splicing Front or rear panel mount Patented redundant sealing Ruggedized Bulkhead Adapter

13. Ruggedized Category 5e Patch Cords Category 5e Shielded and UTP Multiple jacket types PVC, TPE and PUR (shielded only) Petroleum and UV resistant Multiple connector types Ruggedized to ruggedized Ruggedized to modular Modular to modular Cords provide an IP66/IP67 connection with Ruggedized outlets

14. Category 6 UTP TPE outer jacket over PVC inner jacket (indoor/outdoor rated) 60% greater temperature range (-40 to 75˚C) High flex construction and petroleum resistance Ruggedized to ruggedized plug or ruggedized to modular plug Category 6A Shielded LSOH Ruggedized to modular plugs Both cords provide an IP66/IP67 connection with Ruggedized outlets Ruggedized Category 6 UTP and 6A shielded Patch Cords

15. Ruggedized LC Outlets and Plugs Ruggedized LC Fiber Outlets Multimode and singlemode duplex fiber connections Bayonet-style mating Ruggedized LC Fiber Plugs Field terminated Provides IP66/IP67 rating when mated to Ruggedized outlets Specialized fiber bend relief boot and heavy duty strain relief

16. Ruggedized G2 LC Fiber Outlets Multimode and singlemode duplex fiber connections Inserted from front with locking nut behind the faceplate Easier to fully tighten without tools Provides IP66/IP67 rating when mated to Ruggedized cords Available as bulkhead or inline Compatible with nylon tethered dust cap

17. Ruggedized Faceplates and Boxes Ruggedized Stainless Steel Faceplates 1-, 2-, 3- and 4-port options Rear sealing gasket for IP44 rating Ruggedized Surface Mount Boxes (IBOX) 1-, 2-, 3- and 4-port options Provides an IP66/IP67 (NEMA 4X) seal Can be mounted on virtually any flat surface.

18. Trident Seafoods Largest seafood company in the U.S. with a fleet of fishing vessels needed to upgrade on-board networks for three factory trawlers Siemon Ruggedized MAX IP66/IP67 Category 6 outlets deployed throughout Two new plazas with outdoor concession stands needed reliable LAN connectivity for POS, Wi-Fi and displays Siemon Ruggedized Z-MAX Category 6A shielded IP66/IP67-rated outlets and modular cords deployed Dodgers Stadium

19. Ruggedized DIN Rail Panels Available with 4 discrete openings for 4 MAX or Z-MAX outlets Available with a single 4-port opening for MAX modules or RIC adapter plates Enables dual-port MAX modules Supports LC, ST, SC connectivity Quick and easy patching for fiber or copper based Industrial Ethernet Installs in industrial equipment enclosures or other locations using standard 35mm DIN rails Angled design for low-profile cable routing

20. Key Considerations LANs continue to push into harsh environments for ubiquitous network and internet access Commercial-grade components in these areas can cause network failures Choosing the right manufacturer is critical Breadth of ruggedized cable and connectivity Extending the corporate LAN should not sacrifice performance Ruggedized components that match the performance of the LAN Knowledge of industrial standards and specifications Technical support to help identify the right solution for the environment

21. THANK YOU!