. quential damages due to incorrect or incomplete informa- DORMA does not provide any licences to its own or to third tion . party patents or other protected rights with this document .
1. General 1.1 Preface This installation manual is intended to assist you in con- necting and commissioning the M6D . 1.2 Intended use The device is used as a time recording and access control terminal . Further details are described in chapter 1 .6 .
The data recorded are sent via an RS485 bus to a host ter- minal for evaluation . After they have been processed in the host, the result is sent via the RS485 to the M6D terminal and shown visually on a two-line display .
1. General 1.7 Components supplied A M6D D 2 x Spax screws (4 .5 x 35 mm) B Assembly instructions E 2 x dowels (6 mm) C 1 x cable binder 1 x drilling template DORMA Installation Manual Terminal M6D 1.8 Assembly accessories (optional)
2. Assembly 2.1 Terminal design The terminal consists of the top casing section and the bottom casing section . The models are explained in the next chapter . Top section Bottom section 2.2 Casing variants Contactless reader (PXL) Swipe reader (DZL)
2. Assembly 2.4 Opening and closing the terminal The unlocking mechanism is accessed through the hole on the underside of the terminal . If there is a lock in this hole, remove the lock first . To open the casing you need a rod-shaped tool (such as a screwdriver) which you insert through the unlocking hole .
For each installation type, the relevant specifications on the position of the cable infeed and cable length must be observed . M6D terminal with contactless readers To prevent interference from both sides, the two devices with contactless readers may not be...
Refer to the illustration so that the cable emerges from the Casing contour wall correctly at the knock-out section on the back side of the M6D . The box may not protrude above the contour of the underside of the casing . Underside of the casing...
. Now the inclined console can be screwed onto the wall . Afterward, insert the cables into the opening in the rear panel of the terminal . Finally, the M6D can be screwed onto the inclined console with the screws included with delivery .
2.8 Inclined console with 230 V supply voltage To power the M6D with 230 V supply voltage, the inclined console can be ordered with a built-in power supply unit . To create the connection, connect the phase and the neutral wire directly to the power supply unit .
ST103 ST102 3.2 Power supply The power supply for the M6D is connected to terminal 24 V and 0 V of the ST102 . ST103 serves as the connec- If the M6D-terminal is supplied with tion for other bus devices .
If switch SW201/6 = on, the test mode is activated if no communication occurs at the RS485 interface after the M6D is switched on . If the M6D recognises communication at the RS485 interface, it switches into normal mode .
The bus connection resistors must be switched on if the M6D is the first or last bus device . 4.2 Tampering protection A light barrier for tampering protection is integrated into the M6D, which sends a signal to the higher level terminal if the casing is opened .
Switch 6 is set ex works, and its position should not be changed . An incorrect setting can make the reader unusable! Configuration protection may only be deactivated if the "Load IdendAssembler" system parameter is activated in DORMA 2) Interface MATRIX . SW101 Interface...
5. Maintenance 5.1 Fuses In the event that the fuse (SI101 basic card) needs to be replaced, there is a spare fuse at the bottom right of the basic module . The fuse can be re-ordered using art . no .1900001797488 (Littlefuse 0154 .750 DRT, 750mA) .
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