Simplex 2100 Multiplex, Jumper Placement and Switch Settings

aSimplex Multiplex Placement Switch Settings 1 7S W XlhOR0WrdwC0 Mass 01441 0001 21 002 OF CONTENTS PLACEMENT Placement Monitor Point Operation Control Point Status Monitor Point Status Board Address Control Console Channel Annunciator Console Printer CRT Baud Rate Rate Rate SETTINGS I HAZARD electrical power when making any adjustments servicing Simplex Representatives be performed repairs quali publication jumper wire connections switch information be used either verify newly meets the 2100 to modify new or existing equipment PLACEMENT PLACEMENT proper placement Sheets which are shipped with each transponder shown jumpers within a transponder Figure 1 be determined sheets Transponder following that transponder all jumpers 1 Channel number 2 Transponder 3 Encoder numbers within 4 Encoder addresses Monitor point numbers and labels Control point numbers and labels 7 Programming point sense 7b Monitor point operation 7c Control point contacts 8 Control by Event SPECIFICATION SHEET SHADEDAREAS ARDNER USEONLY STANDBY LISTINGS REO NO oocm ENCODER NO 18 1 MONITOR PO W OP F f lQN monitor can be prepared one of three of operation or KEY A the use of each type of operation as follows type of monitor point operation stations and smoke detectors action of the sensing device used with sensing devices this mode of operation transponder soon as the sensing device alarm e g will reset of monitor point operation alarm only after the alarm has been recognized this mode of operation used with sensing devices transponder alarm e g security will do not may give only a mo as door the alarm state the Central Control Console of operation mode of operation when a sensing device goes the alarm state and remain be used with both momentary This insures alarm until a keyswitch latching devices transponder that monitor an alarm can only be reset by authorized operation For KEY operation b predetermined is listed on the Transponder NORMAL and LATCH modes of operation determined jumper placement Figure 1 the fac keyswitch must be wired at the time of installation the side when viewed Figure 2 top of each zone are 12 holes jumper center holes are labeled 1 through 4 for the monitor points The right hand the left hand of holes are labeled of holes are labeled NORMAL monitor center placed operation jumper must be placed 1 2 3 or 4 to one of the holes desired monitor point hole in the center to one of the holes LATCH operation desired monitor hole jumper must jumper points are terminals and a GND terminal Using KEY operation When a keyswitch that point proper 1 through 4 for the monitor keyswitch may be installed used for a monitor point no jumper wire Simplex Dwg 801 486 included with as well as a 12 each monitor point placed on the sure there either a jumper wire or a keyswitch each monitor point KEYSWI ITCH WHEN USED MONITOR POINT MUST HP JUMPER OR A KEYSWITCH IT 2 POINT SfAkJS each relay on the zone This wire must be connected Figure 3 NOTE Whether Transponder either a jumper wire position complete control normally will be NO or NC can be determined or the normally open NO position referring control Figure 1 Item connected K3 will be opened when the normally open NO position de energized relay control and closed when C and Kl K2 energized relay the jumper wire is connected relay is de energized the normally closed position control circuit will be closed when and opened when relay is energized jumper wire must be installed each of the control points use Kl C K2 C K3 WIRE EACH CONTROL NORMALLY NORMALLY MONITOR POINT STATUS transponder motherboard both jumper holes Twelve of these holes underneath the points being monitored the expander open or normally closed See Figure 4 alongside word encoder board slot are siatus used to select point selection SEL holes the four zones are labeled as indicated Figure 5 the status of each zone by connecting NO below All zones must be connectedto closed sensors NO i i e th the io m ors nornialIy jumper wire POINT SEL hole either NC Bove or the other NC indicates the zone moriit ors or sensor 3 GND According the jumpers slot encoder in binary or address 10 address would be B point 1 is NC point 2 is NO point 3 is NO point 4 is NC sure there are no jumpers to ground VDC JM 4A BA JWJWJW MONITOR MONITOR ENCODERS ADDRESS BITS MU