User manual HONEYWELL XFCL2A1 DATASHEET

[. . . ] Static digital input with direct / reverse configuration option or pushbutton for flip-flop input. Table 3. Digital input characteristics software detects resistive input voltage current out inputs as (dry contact) input of terminal closed < 400 < 0. 8 Vdc max. 1. 5 mA GND GND DI 2 DI 3 AI 3 8 9 10 11 12 12 LON 1 LON 2 15 16 17 18 Rel 1 NO Rel 2 NO Rel 3 NO R123 COM 25 26 24V 0 24V ~ 0441 34567 DI 1 AI 1 AI 2 GND GND pushbutton flip-flop digital input Fig. Pushbutton for flip-flop characteristics input terminals removable LonWorks terminal plug relay output terminals removable power supply terminal plug fuse Relay Outputs Fig. [. . . ] The I/O functionality can be configured using either CARE 7. 01. 00 (or later) or the LNS plug-in. The LNS plug-in cannot be used to configure the switching logic functionality. NOTE: Do not use a browser for configuration as there is then a high risk of incorrect configuration. LONMARK Objects The Excel Smart I/O Compact features: · One Node Object (Obj#0); · Three Open-Loop Sensor objects (Obj#1-3), one for each physical universal input; · Three Open-Loop Sensor objects (Obj#4-6), one for each physical digital input; · Three LONMARK open-loop actuator objects (Obj#7-9), one for each relay. Response Time for Switching Logic If you require a fast response time, you must use digital inputs in a switching logic table. Analog inputs used as slow digital input require a longer response time. Typical response time for reaction to DI change: · If only a single switching table is defined, the reaction time to a digital input change is less than 0. 5 s. Typical response time for reaction to slow DI change: · If only a single switching table is defined, the reaction time to a slow digital input change is less than 1. 5 s. LONMARK Node Object The LONMARK node object (see Fig. The definition of SNVT_obj_request includes an object ID field to allow the node object to report status conditions for all objects in a node. The node self-documentation string lists the names of the individual LONMARK objects, allowing a network management node or tool to display useful information about an Excel Smart I/O Compact; it also states (in the optional part after the semicolon) that the node is an Excel Smart I/O Compact, and lists its version number. The Excel Smart I/O Compact has a configurable receive / sent heart beat time (0. . . 6553 s). INTEROPERABILITY The Excel Smart I/O Compact is compliant with LONMARK Application Layer Guidelines V3. 3. LONWORKS Network Interface The Excel Smart I/O Compact is equipped with a 10-MHz 3150 Neuron® chip. It communicates within the LonWorks network at a rate of up to 78 kilo baud via an FT-X1 Free 3 EN0B-0487GE51 R0708 EXCEL SMART I/O COMPACT MODULES Node Object (LonMark Object type no. 0) mandatory Network Variables Open-Loop Sensor Object (LonMark Object type no. 1) mandatory Network Variables optional Network Variables UCPT_DiType[x] nviRequest SNVT_obj_request 1 nvoStatus SNVT_obj_status 2 nvoDiSwitch[x] SNVT_switch nvoFileDirectory SNVT_address 8 nvoDiCount[x] SNVT_count optional Network Variables nvoHwType UNVT_HWType #101 nvoHwIdentity UNVT_HWIdentity #102 UCPT_DiProperties[x] Configuration Parameter Value File nviDiagnRequest #103 UNVT_DiagRequest nvoDiagnostic UNVT_Diagnostic #104 Fig. Profile of LONMARK sensor objects for DIs SCPTmaxSendTime SNVT_time_sec Open-Loop Sensor Object (LonMark Object type no. 3) mandatory Network Variables optional Network Variables UCPT_DOType[x] nvoDoActPosnFb[x] SNVT_switch SCPTmaxRcvTime SNVT_time_sec nviDoSwitch[x] SNVT_switch UCPT_SystSetting Configuration Parameter Value File UCPT_Version UCPT_SwitchTable[3] UCPT_DOProperties[x] Configuration Parameter Value File Fig. Profile of LONMARK node object UCPT_DOFailBehavior[x] LONMARK Sensor/Actuator Objects Open-Loop Sensor Object (LonMark Object type no. 1) mandatory Network Variables optional Network Variables UCPT_AIType[x] Fig. Profile of LONMARK actuator objects for relays The actuator is switched by the corresponding input NV (e. g. There is one common receive heartbeat time for all input NV's supporting a receive heartbeat. A communication failure behavior can be configured to define the desired action in the event that an update of nviDoSwitch[] is missing within the configured receive heartbeat time. All sensor objects have an output NV showing the actual state of the physical output. There is just one common send heartbeat time. nvoAiTemp[x] SNVT_temp_p nvoAiSwitch[x] SNVT_switch UCPT_AISendOnDelta[x] Configuration Parameter Value File UCPT_AIProperties[x] Fig. Used to identify the hardware by the number and types of I/Os supported by UNVT_HWIdentify the actual hardware type. [. . . ] OFF: 1 0 switched according to configuration: 1 0. 5. . . 100% Invalid: 1 n. a. This value is adopted at power-up and in case an update is not received within the specified receive heartbeat time. Used to define the appropriate digital output type (0xFF: not used, 0: ON/OFF actuator). Direct reverse: 0: direct operation 1: reverse operation Output delay type: 0: no delay 1: ON delay 2: OFF delay 3: ON-OFF delay On level: switch ON level in %, e. g. [. . . ]