Wieland 80.010.4131.0 Data Sheet

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110V-1W-250V6A-F
flare 110V-1W-250V6A-F
Compact coupling relay 110 V AC/DC
80.010.4131.0
Compact coupling relay
Input voltage range 93,5 … 121 V AC/DC
1 changeover contact
Mounting width 6,2 mm
Wiring diagram
Dimensional diagram
Technical Data
flare 110V-1W-250V6A-F Order no. 80.010.4131.0
Coil circuit
Operating voltage 110 V AC/DC Minimum input voltage 93,5 V AC/DC Maximum input voltage 121 V AC/DC Nominal input current 3,7 mA Nominal input capacity 0,48 W Status display LED green
Switching characteristics
Contacts 1 changeover contact Contact material AgSnO2
Maximum switching voltage
Maximum continuous current 6 A (see Fig. 1 Load limiting curves) Maximum starting current 10 A Maximum switching current DC1 30 / 110 / 220 V DC Maximum switching capacity AC 15 1500 V A / 120 W Minimum selectable voltage 24 V Minimum selectable current 8 mA DC Mechanical life 2 x 10
Wieland Electric GmbH, Brennerstr. 1014, D - 96052 Bamberg Type: flare 110V-1W-250V6A-F www.wieland-electric.com Rev.: 06/2012 – Page 1 of 2
250 V AC / 300 V DC (see Fig. 1 Load limiting curves)
6 A AC (see Fig. 1 Load limiting curves)
7
Fig. 1 Load limiting curves
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Technical Data
flare 110V-1W-250V6A-F Order no. 80.010.4131.0
Electrical life
Maximum switching frequency 10 Hz Pick-up delay 10 ms Release delay 15 ms
General Data
Width 6,2 mm Height 89 mm Depth 70 mm Isolation voltage of input/output 4 kV eff. Ambient temperature 0 … +60° C (see Fig. 1 Load limiting curves) Storage temperature -40 … +55° C Degree of protection (IP) IP20 Mounting rail TS35 acc. EN60715
Connection Data
Connection type Spring clamp terminals Wire range fine-stranded min 0,25 mm2 Wire range fine-stranded max 1,5 mm2 Wire range solid min 0,25 mm2
Wire range solid max 2,5 mm2 Connectable via pluggable jumper 50
Approvals
Conformity CE-conformity Approvals and Standards UR, CSA
110V-1W-250V6A-F
80 x 103 (230 V AC) 60 x 104 (24 V DC)
Wieland Electric GmbH, Brennerstr. 1014, D - 96052 Bamberg Type: flare 110V-1W-250V6A-F www.wieland-electric.com Rev.: 06/2012 – Page 2 of 2
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