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Related Manuals for ProMik MSP2100Net
Summary of Contents for ProMik MSP2100Net
- Page 1 MSP2100Net Hardware Revision 1.0 Manual Revision 1.7...
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Page 2: Table Of Contents
How to distinguish the programmer mounting type ..............17 How to distinguish the rack type....................17 How to prepare ProMik Modules for usage in a backplane rack ..........18 Exchanging or Mounting a MSP2100Net (without Backplane) ..........19 Exchanging or Mounting a MSP2100Net (Backplane Rack) ........... 22 MSP2100Net Maintenance ....................... -
Page 3: Msp2100Net
Because of the Ethernet communication, it is also possible to place the programmer very far from the host PC. The MSP2100Net is ideally suited for parallel operation. Every programmer is addressable through its IP address. The connection to the target microcontroller is done via a corresponding programming interface. -
Page 4: Front Panel Description
MDR14. 5. Long cable interface. A high-speed interface to a remote unit placed closed to the target MCU. To be uses with ProMik customized hardware only. 6. “Channel A” LED. Reflects the state of the target channel A. If green, the signals are connected to the target. -
Page 5: Configuration
User Manual Configuration Since the MSP2100Net is an Ethernet appliance, it needs to be assigned a domain network IP address during first network installation. Single programmers leave the factory with the IP address “192.168.1.1”, or set to a value requested by the customer. Programmers leaving the factory within a rack are delivered with an IP address range between “192.168.3.11”... -
Page 6: Windows Network Configuration
MSP2100Net User Manual Windows Network Configuration On various Windows OS versions like “Windows XP”, “Windows 7”, and “Windows 10” you can configure the Network Adapters by pressing the “Windows” + “R” buttons on your keyboard at the same time. This opens a dialog for the execution of commands and programs. - Page 7 MSP2100Net User Manual Open the “Internet Protocol Version 4 (TCP/Ipv4)” Properties and assign the IP settings for programmer usage. See Figure 4. Figure 4 In Figure 5 shown below, a correct example for a programmer network configuration with a 192.168.1.* IP address is provided.
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Page 8: Establishing The Network Connection
Connect the programmer to a PC via a standard CAT5 STP cable. After connecting the Ethernet cable power up the programmer. Important! At this stage, the MSP2100Net and the PC should be isolated from your corporate LAN, unless you are 100 percent sure that the programmer preset IP address is not being used by other network nodes. -
Page 9: Led Displays
User Manual LED Displays When the MSP2100Net is connected to other active Ethernet appliances (e.g. network hub, network switch, or network card of your PC) then the green “Link” LED should be on. When the MSP2100Net can’t establish any Ethernet connection, then the red “Error” LED is switched on. -
Page 10: Mechanical Dimensions
Size: 176.0 x 128.7 x 35.5 mm Weight: 9pprox.. 160g The MSP2100Net is a standard 7BU unit for a 19 inch sub-rack, without backplane. (see also “Enclosure options”) Electrical Data Power supply: 15 V DC Current consumption: typ. - Page 11 MSP2100Net User Manual Vpp power supply data 2.7 – 13.5V; adjustable Output voltage: Max. Vpp current, permanently: 1.5 A Tolerated inrush current: max. 4A, adjustable 7ms – 0.5s, adjustable Inrush current time limit: Short-circuit output current: equals inrush current limit (same behavior) The signal form shows the VPP output voltage (yellow) and the delivered current (red, 100mV/A) while switching VPP = 13V on a reference load (25 Ohm || 5500µF).
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Page 12: Programming Interface Pin Assignment
MSP2100Net User Manual Programming Interface Pin Assignment The target signal pins of the MSP2100Net can be assigned to target signals according to the project requirements. MDR36 Signal PRG6 RGND PRG7 RGND PRG8 RGND PRG9 RGND PRG10 RGND GNDP GNDP Do not connect... -
Page 13: Signal Description
Umod Table 2: Target connector signals Note that the twisted-pair cable requires a GND pin for each signal/ground pair. The extension boards used with MSP2100Net use resistors for impedance matching at source (see Figure 10). The – differential characteristic impedance of the cable should be in the range 100 120 Ohm. -
Page 14: Field Bus Connector Pin Assignment²
MSP2100Net User Manual MSP2100Net Target PCB in fixture Output or bidirectional Target cable Line Driver 75R* Zc = 110R Check the signal form here Figure 10: Target cable impedance matching Field Bus Connector Pin Assignment² MDR14 Signal Wire color brown... -
Page 15: Signal Integrity And Safety Information
MSP2100Net User Manual Signal Integrity and Safety Information Although the MSP2100Net has a robust interface design, it can be damaged if basic rules are ignored in a harsh industrial environment. Connecting the floating ground properly The GND pins of the interfaces are internally connected, but they are isolated regarding the protection earth (PE). -
Page 16: Signal Lines Safety
30V or lower than -30V should be avoided. Power supply safety The power outputs of the MSP2100Net are well protected against overcurrent and short- circuit, but they are not safe against externally applied voltages of any kind. -
Page 17: Enclosure Options
MSP2100Net User Manual Enclosure Options ProMik Modules like the MSP2100Net are available with different enclosure options. MSP2100Net-T This is a robust enclosure for a single MSP2100Net device, suited for lab work and for inline programming. MSP2100/MSP2150Net-19” Rack BP Contains up to 10 MSP2100Net devices, an Ethernet switch, and one or two power supply modules PS2100-BP. -
Page 18: How To Distinguish The Programmer Mounting Type
How to distinguish the rack type The MSP2100Net can be mounted into different rack enclosures provided by ProMik. For integrating a ProMik Module into a rack you have to know which type of rack is installed in your system. Wired rack... -
Page 19: How To Prepare Promik Modules For Usage In A Backplane Rack
User Manual How to prepare ProMik Modules for usage in a backplane rack Please consider the following easy steps to modify the MSP2100Net Programmer before plugging in the programmer into the 19”-Rack with backplane: 1. Remove the hexagon screws of the green 15V DC connector (shown in illustration). -
Page 20: Exchanging Or Mounting A Msp2100Net (Without Backplane)
MSP2100Net User Manual Exchanging or Mounting a MSP2100Net (without Backplane) Attention! Before opening the rack remove the mains connection. Step 1 Unbolt the screws and remove the cover feet on both sides. Step 2 Pull the top cover out. Step 3... - Page 21 Remove the cable straps from the guide rail. Use the same slot as in step 4. Step 5 Insert the ProMik Module into the guide rails of the free slot. Step 6 Plug in the Ethernet and the power connection into the ProMik Module.
- Page 22 MSP2100Net User Manual Remount the top cover. Step 9 Fix the screws on the housing. Step 10 Remount the cover feet. Step 11 Step 12: Plug in the mains connector on the rear side Switch the power supply on. The control lamp should be illuminated.
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Page 23: Exchanging Or Mounting A Msp2100Net (Backplane Rack)
MSP2100Net User Manual Exchanging or Mounting a MSP2100Net (Backplane Rack) Attention! Before mounting a ProMik Module, turn off the rack! Step 1 Before mounting a new ProMik Module unscrew the screws* of the slot and remove the front panel or the previous module. -
Page 24: Msp2100Net Maintenance
To avoid malfunctions ProMik recommends to periodically check the dust absorption filters for the MSP2100Net Backplane Rack power supplies. ProMik recommends to replace/clean the filters once per year or sooner if required. The MSP2100Net Backplane Rack is delivered with five replacement filters. -
Page 25: Ce Declaration Of Conformity
MSP2100Net User Manual CE Declaration of Conformity 24/26... -
Page 26: Fcc Compliance Statement
MSP2100Net User Manual FCC Compliance Statement This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. -
Page 27: Hardware Manual Revision History
09.02.2015 corrected. Programming pin names changed to reflect 11.04.2016 the dynamic assignment Small typo fixed at page 9 (umod / IO 09.11.2016 voltage limits) MDR Connector signal names corrected 03.04.2018 Added mounting instructions and updated 14.10.2019 pictures of MSP2100Net 26/26...
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