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Summary of Contents for GMI D5200 Series
- Page 1 D5000 - D5200 Series INSTRUCTION MANUAL D5000 - D5200 SERIES DIN-RAIL, POWER BUS, TERMINATION BOARD MOUNTING INTRINSICALLY SAFE ISOLATORS SAFETY RELAYS D5000 - D5200 Series - Intrinsically Safe Isolators and Safety Relays ISM0121-2...
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Page 2: Table Of Contents
Installation of electronic equipments in cabinet ..........................17 Heat dissipation in cabinets ................................18 Calculation of radiant surfaces in closed cabinets ......................... 19 Placement of Isolators in cabinet ..............................20 D5000 - D5200 Series - Intrinsically Safe Isolators and Safety Relays Technology for safety... -
Page 3: Mechanical Features
Power and fault on bus connectors. Hazardous Area/ Hazardous Area/ 6 mm per channel means Field Side Field Side 50% space reduction. Terminal Blocks Terminal Blocks indicator indicator Technology for safety D5000 - D5200 Series - Intrinsically Safe Isolators and Safety Relays... -
Page 4: Mounting And Removing Modules From Din-Rail
To remove a barrier from the mounting rail, insert a blade screwdriver in the mounting foot and lever against the side of the barrier casing (see Fig.3 and Fig.4). D5000 - D5200 Series - Intrinsically Safe Isolators and Safety Relays Technology for safety... - Page 5 Fig. 4 Pull the module upwards and remove from DIN-Rail T35 DIN-Rail Fig. 5 T35 DIN-Rail Fig. 6 T35 DIN-Rail Dimensions (millimeters) Technology for safety D5000 - D5200 Series - Intrinsically Safe Isolators and Safety Relays...
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Page 6: Power Bus Connector
Power Supply and Fault only JDFT050: D5200 Power Bus Connector (22mm) Push engage T35 DIN-Rail T35 DIN-Rail Modbus RS485 Power Supply for diagnostic only and Fault D5000 - D5200 Series - Intrinsically Safe Isolators and Safety Relays Technology for safety... - Page 7 Power Power Supply Supply Mounting a plug-in terminal block male onto a Mounting a plug-in terminal block female into a connector Power Bus connector Power Bus Technology for safety D5000 - D5200 Series - Intrinsically Safe Isolators and Safety Relays...
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Page 8: Mounting Modules On Power Bus Connector
MOR022 Plug-in terminal block male, horizontal out, for Power Bus JDFT049 Connector 5 pin Power Bus 12mm DIN-Rail JDFT050 Connector 5 pin Power Bus 22mm DIN-Rail D5000 - D5200 Series - Intrinsically Safe Isolators and Safety Relays Technology for safety... -
Page 9: Removing And Mounting Main Case Top Cover
2. Completely slide main case top cover to the enclosure guides. 3. Press firmly main case top cover as shown by arrows in the picture. Technology for safety D5000 - D5200 Series - Intrinsically Safe Isolators and Safety Relays... -
Page 10: Transparent Cover
4. Push the transparent cover to module for the complete closure. Operating parameters connector, LEDs for power, status and fault indication are visible through the transparent cover. D5000 - D5200 Series - Intrinsically Safe Isolators and Safety Relays Technology for safety... -
Page 11: Terminal Blocks Connection Data
Conductor cross section stranded, with ferrule with plastic sleeve From 0.25 mm² to 0.5 mm² Conductor cross section AWG From 28 to 16 AWG 7 mm Stripping lenght Technology for safety D5000 - D5200 Series - Intrinsically Safe Isolators and Safety Relays... -
Page 12: Installation And Removing Modules From Termination Board
3. Press bottom up the Hazardous Area latch 2. Press bottom up the Safe Area latch Latches position before pressure Latches position after pressure D5000 - D5200 Series - Intrinsically Safe Isolators and Safety Relays Technology for safety... - Page 13 Removing a module from Termination Board 1. Unclip the Safe Area latch 2. Unclip the Hazardous Area latch 3. Pull up the module from Termination Board Technology for safety D5000 - D5200 Series - Intrinsically Safe Isolators and Safety Relays...
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Page 14: Mounting Termination Board
Termination Board down firmly until fixed (see Fig.1 and Fig.2). T35 DIN-Rail D5000 - D5200 Series - Intrinsically Safe Isolators and Safety Relays Technology for safety... -
Page 15: Termination Boards Characteristic
Hart Multiplexer connectors Spare fuse Common fault output signal Output connector Supply paralleling diodes Supply line 2 Power ON LEDs 1 - 2 Supply line 1 Technology for safety D5000 - D5200 Series - Intrinsically Safe Isolators and Safety Relays... -
Page 16: Approvals And Certifications
If a barrier failure condition is actually found, replace the defective card with a good one and send it for repair to the nearest authorized representative of G.M. International. D5000 - D5200 Series - Intrinsically Safe Isolators and Safety Relays Technology for safety... -
Page 17: Installation Of Electronic Equipments In Cabinet
As an example a cabinet sized 600x600 mm and 2000 mm high has a temperature rise of 10 °C for an installed power of 1000 W. Technology for safety D5000 - D5200 Series - Intrinsically Safe Isolators and Safety Relays... -
Page 18: Heat Dissipation In Cabinets
Power value dissipated per ΔT = 10°C (single cabinet) For installation in a row of cabinets, power dissipated in the above two examples is decreased of about 5-10% D5000 - D5200 Series - Intrinsically Safe Isolators and Safety Relays Technology for safety... -
Page 19: Calculation Of Radiant Surfaces In Closed Cabinets
+ 2 x A + N x A (N = Number of cabinets placed side by side) Formula for row of cabinets with one side on the wall Technology for safety D5000 - D5200 Series - Intrinsically Safe Isolators and Safety Relays... -
Page 20: Placement Of Isolators In Cabinet
1. The sum of the individual dissipated power of the installed barriers plus other devices need to be below the calculated or given maximum dissipation power of the cabinet. 2. The D5000 and D5200 series could be installed in horizontal or vertical mounting position. The installation in horizontal position offers an improved heat transport.
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