Studer Innotec SAXtenderUser manual V4.6.0 327.7 REMOTE ENTRY (REMOTE CONTROL ON/OFF)The Xtender has one remote entry that can be assigned to a function and programmed with theremote control RCC-02/-03 (see chapter 14.13.1 in the RCC-02/-03 user manual). By default, nofunction is defined for the remote entry.7.7.1 XTH modelThe cabling of the remote entry is done atthe terminals (7). The jumpers (6) should bepositioned correctly in function of thedesired configuration according to thefigures to the right.Control by dry contact: the jumpers remainin their original position, A1-2 and B2-3.Control by a voltage (max 60V eff. / 30mA):the jumpers are set to A1-B1 and A2-B2.7.7.2 XTM and XTS modelsFor the XTM and XTS model Xtenders, the remote entry isavailable on the external (XTM) or internal (XTS) J-11/6p (15)connector to which the external module RCM-10 is attached(optional accessory), see chap. 9.3, p. 39.Control by dry contact: make a bridge between terminal 3and 4 and wire the dry contact between 5 and 6.Control by a voltage: supply an AC or DC voltage of 6 to 60Veffective between terminals 4 and 5.Note: on the XTM and XTSmodel Xtenders, it is alsopossible to achieve this controlfunction and on/off command(see chap. 9.3.1) without theRCM module. This is done bywiring directly at the RJ11 6pconnector, as shown to theright.In a multi-unit system, the function assigned to the remote entry has to be the same for allinverters in the system. Only one of the inverters needs to be cabled to assign the selectedfunction for all inverters in a system.If this function is used in the mode active when contact is open (such as the emergencystop, for example), the unused remote entries (in the other units) should be bridged(equivalent to closed contact). The dedicated functionality will then be activated when thedrive contact opens which is connected to one of the units.616p616p616p+_Main ON/OFF (only withdry contact)Remote entry with drycontactRemote entry with externalDC source. Max. 60V eff.Remote entry with externalAC source. Max. 60V eff.