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Summary of Contents for GMI D5039SD
- 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 ISM0121-3...
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Page 2: Table Of Contents
Index D5000 - D5200 Intrinsically Safe Isolators and Safety Relays Mechanical features ..................................3 Mounting and removing modules from DIN-Rail ..........................4 Power Bus connector ..................................6 Mounting modules on Power Bus connector ............................ 8 Ordering information ..................................8 Removing and mounting Main Case Top Cover ..........................9 Transparent Cover .................................. -
Page 3: Mechanical Features
Mechanical features Mounting Dimensions (D5000) Dimensions (D5200) Width 12.5 mm Width 22.5 mm T35 DIN-Rail according to EN50022 with or without Power Bus connector Depth 123.0 mm Depth 123.0 mm Height 120.0 mm Height 120.0 mm or on Termination Board Case material Blister packing size (D5000) Blister packing size (D5200) -
Page 4: Mounting And Removing Modules From Din-Rail
Mounting and removing modules from DIN-Rail Mounting Fig. 1 Fig. 2 Push engage T35 DIN-Rail T35 DIN-Rail To mount Series D5000-D5200 on 35 mm DIN-Rail, hook one side of the mounting foot over the rail’s lip and press the barrier down firmly until fixed (see Fig.1 and Fig.2). Removing Fig. - 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 Bus connector Power Supply Voltage 24 Vdc can be applied to the module, by connecting directly the voltage to the plug-in Terminal Block of each module, or via the Power Bus System. The system consists of standard DIN-Rail modules mounted on optional DIN-Rail Power Bus connectors. The maximum allowed powering capacity is 8 A. - Page 7 MCHP196: DIN-Rail Stopper Secure the stopper to the rail by completely rotating both DIN-Rail Stopper (MCHP196) screws clockwise. Push engage T35 DIN-Rail T35 DIN-Rail T35 DIN-Rail T35 DIN-Rail MORT022, MORT017: Plug-in terminal blocks Plug-in terminal block male, Plug-in terminal block female, horizontal out, for Power Bus horizontal out, for Power Bus (MORT022)
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Page 8: Mounting Modules On Power Bus Connector
Mounting modules on Power Bus connector D5000 Series Mounting a module onto 12 mm Power Bus connector and T35 DIN-Rail (JDFT049) Module Power enclosure with Supply Push Power Bus Connector engage D5200 Series Mounting a module onto 22 mm Power Bus connector and T35 DIN-Rail (JDFT050) Module Power... -
Page 9: Removing And Mounting Main Case Top Cover
Removing and mounting Main Case Top Cover Removing 1. Main case top cover can be plugged out by applying a pressure as shown in the picture using a screwdriver 2. Pull firmly main case top cover as shown in the picture. Mounting 1. -
Page 10: Transparent Cover
Transparent Cover 2. Open the transparent cover up to 90 degrees. For fully programmable modules, a dedicated connector is accessible and operating parameters are programmable by the GM Configurator PPC5092 via SWC5090 Configurator software. 1. Open the transparent cover using a screwdriver as shown by arrows in the picture. -
Page 11: Terminal Blocks Connection Data
Terminal blocks connection data Grey terminal blocks on Safe Area Blue terminal blocks on Hazardous Area Screwdriver for Terminal Blocks 3.5 x 0.6 mm 7 mm Stripping lenght Main enclosure terminal block connection data Conductor cross section solid From 0.2 mm² to 2.5 mm² Conductor cross section stranded From 0.2 mm²... -
Page 12: Installation And Removing Modules From Termination Board
Installation and removing modules from Termination Board Mounting a module onto a Termination Board 1. Push over the module to Termination Board. Aligning the module to the latching mechanism. Safe Area Latching connectors mechanism 3. Press bottom up the Hazardous Area latch 2. - 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
Mounting Termination Board Plate Screw M4 or M5 Washer Spacer 10 mm Washer Nut M4 or M5 Plate Mounting and removing Termination Board onto DIN-Rail Mounting Fig. 1 Push T35 DIN-Rail engage Fig. 2 To mount Termination Board on 35 mm DIN-Rail, hook one side of the mounting foot over the rail’s lip and press the Termination Board down firmly until fixed (see Fig.1 and Fig.2). -
Page 15: Termination Boards Characteristic
Removing To remove a Termination Board from the mounting rail, insert a blade screwdriver in the mounting foot and lever as shown in Fig.3. Fig. 3 Screwdriver Fig. 4 T35 DIN-Rail Pull the Termination Board upwards and remove from DIN-Rail T35 DIN-Rail Termination Boards characteristic ... -
Page 16: Approvals And Certifications
Approvals and Certifications Intrinsically Safe products G.M. International has obtained IS certificates from the most credited Notified Bodies in the world for its D5000 Series. SIL Certifications according IEC 61508 and IEC 61511 G.M. International offers a wide range of products that have been proved to comply with the most severe quality and safety requirements. -
Page 17: Installation Of Electronic Equipments In Cabinet
Installation of Electronic Equipments in cabinet All electronic equipment operate using electrical power and dissipate part of it into heat, which is generally removed by the surrounding ambient air and determines an increase in the operating temperature. High operating temperatures reduce their life and increase the probability of failures according to the Arrhenius criteria, for example an operating temperature increase from 25 to 50 °C can cause a failure rate ten times higher. -
Page 18: Heat Dissipation In Cabinets
Heat dissipation in cabinets CLOSED VERSION Example 1 Natural convection Forced convection by Internal fan (increasing ~ 250 - 300 W In natural convention) ~ 250 - 300 W Example 4 Example 5 Forced air circulation Heat dissipation via air via heat exchanger conditioner (cooling by (air circulation by two... -
Page 19: Calculation Of Radiant Surfaces In Closed Cabinets
Calculation of radiant surfaces in closed cabinets Single cabinet Row of cabinets (all surfaces free of contact) = 2 x A + 2 x A = 2 x N x A + 2 x A + N x A Formula for cabinet with no surfaces in contact with the wall (N = Number of cabinets placed side by side) Formula for row of cabinets with no surface in contact with the wall Single cabinet... -
Page 20: Placement Of Isolators In Cabinet
Placement of isolators in cabinet The placement of the barriers in the cabinet has an important impact on the ambient temperature. The following points should be considered: 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.
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