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Specifications

Communication wiring is supervised and power-limited.

24V power wiring supplied by a 4010ES FACU is power-limited.

If the interconnected control unit is not used to provide operating power to the annunciator, a 
regulated UL-listed 24VDC power supply for fire protective signaling is required.

A minimum 18 AWG Twisted pair wiring is required for communications. If twisted-
shielded pair wire is used, ground the shield at the main panel only.

Connect a dedicated earth ground connection to the back box, in accordance with NFPA 70, 
Article 250.

Flush mount 4606-9102 LCD Annunciators

In masonry walls, use a Steel City GW-635-G (3½ in/89mm deep) masonry box, or an 
equivalent box.

In plasterboard walls, use six listed gangable switch boxes, RACO 590 (3½ in/89mm deep), 
RACO 600 (2½ in/63.5mm deep), RACO 601 (3½ in/89mm deep), or an equivalent box.

Surface mount 4606-9102 LCD Annunciators

Use a 2975-9206 box (2¾ in/69.85mm deep) or a 2975-9217 box (1¾ in/44.75mm deep).

Installing the 

4606-9102 LCD 

Annunciator

Complete the following steps to install the 4606-9102 LCD Annunciator:

1. Terminate the annunciator’s communication (COMM) and power lines as shown in Figure 2.

Figure 2. Terminating the COMM and Power Lines

2. Connect the ground harness to earth ground.

Note: 

To prevent Electrostatic Discharge (ESD), use a wrist strap assembly that connects to ground. Ensure 

the power is OFF before installing or servicing the annunciator.

Table 1: Power requirements and environmental limitations

Voltage

24VDC Power Supply.

24VDC Nominal/18VDC minimum.

Current

Maximum Current Draw.

with LCD Backlight OFF at 24VDC: 65mA.

Maximum Current Draw.

with LCD Backlight ON at 24VDC: 110mA.

Maximum Current Draw.

with LCD Backlight ON and Piezo ON at 18VDC: 140mA.

Temperature

Operating Range.

32°F to 120°F (0°C to 49°C).

Humidity

The equipment operates normally under non-condensing humidity conditions up to 93%, 
relative humidity at 100°F (38°C).

4          3       2         1

24V

24C (0V)

TB2

6         5        4         3         2         1

TB1

- COMM

+ COMM

SHIELD

TB2-1 to 24C of next annunciator.

TB2-2 from 24C of FACU power
            supply or previous annunciator.

TB2-3  to 24V of next annunciator.

TB2-4 from 24V of FACU power 
            supply or previous annunciator.

TB1-1 SHIELD to next annunciator.

TB1-2 SHIELD from FACU or previous annunciator.

TB1-3 +COMM to next annunciator.

TB1-4 +COMM from FACU or previous annunciator.

TB1-5 -COMM to next annunciator.

TB1-6 -COMM from FACU
 or previous annunciator.

4606-9102 LCD Annunciator installation instructions

Summary of Contents for 4606-9102

Page 1: ...ssociated equipment Product operation and reliability depend upon proper installation DO NOT INSTALL ANY SIMPLEX PRODUCT THAT APPEARS DAMAGED Upon unpacking your Simplex product inspect the contents of the carton for shipping damage If damage is apparent immediately file a claim with the carrier and notify an authorized Simplex product supplier ELECTRICAL HAZARD Disconnect electrical field power w...

Page 2: ...COMM and power lines as shown in Figure 2 Figure 2 Terminating the COMM and Power Lines 2 Connect the ground harness to earth ground Note To prevent Electrostatic Discharge ESD use a wrist strap assembly that connects to ground Ensure the power is OFF before installing or servicing the annunciator Table 1 Power requirements and environmental limitations Voltage 24VDC Power Supply 24VDC Nominal 18V...

Page 3: ...h SW2 8 sets the annunciator s baud rate SW2 8 OFF or OPEN 1200 Baud SW2 8 ON or CLOSED 9600 Baud Figure 4 DIP switch SW2 Continued on the next page 24C 0V 24VDC 24C 0V 24VDC TB1 TB2 COMM RUI COMM RUI SHIELD SHIELD COMM RUI COMM RUI GROUND HARNESS 733 936 ON Note DIP switch SW2 is located at the bottom of the electronics assembly Position of 3 shown in OFF position Example depicts Address 4 Baud R...

Page 4: ...N ON ADDRESS 30 OFF OFF OFF OFF OFF ON ON ADDRESS 31 ON ON ON ON ON OFF ON ADDRESS 32 OFF ON ON ON ON OFF ON ADDRESS 33 ON OFF ON ON ON OFF ON ADDRESS 34 OFF OFF ON ON ON OFF ON ADDRESS 35 ON ON OFF ON ON OFF ON ADDRESS 36 OFF ON OFF ON ON OFF ON ADDRESS 37 ON OFF OFF ON ON OFF ON ADDRESS 38 OFF OFF OFF ON ON OFF ON ADDRESS 39 ON ON ON OFF ON OFF ON ADDRESS 40 OFF ON ON OFF ON OFF ON ADDRESS 41 ON...

Page 5: ...ON ON OFF OFF OFF ON OFF ADDRESS 92 OFF ON OFF OFF OFF ON OFF ADDRESS 93 ON OFF OFF OFF OFF ON OFF ADDRESS 94 OFF OFF OFF OFF OFF ON OFF ADDRESS 95 ON ON ON ON ON OFF OFF ADDRESS 96 OFF ON ON ON ON OFF OFF ADDRESS 97 ON OFF ON ON ON OFF OFF ADDRESS 98 OFF OFF ON ON ON OFF OFF ADDRESS 99 ON ON OFF ON ON OFF OFF ADDRESS 100 OFF ON OFF ON ON OFF OFF ADDRESS 101 ON OFF OFF ON ON OFF OFF ADDRESS 102 OF...

Page 6: ...ure 5 using a small screw driver Turn the potentiometer and observe the LCD display until the contrast is at the correct setting 6 Label the user defined labels appropriately Pull the top of the label pocket forward and insert the user defined labels 7 Using the four oval head screws provided mount the trim plate to the back box see Figure 6 Figure 6 Expanded view of 4606 9102 LCD Annunciator Cont...

Page 7: ...using A Simplex Model 2081 9044 overvoltage protector 200 mA or a Simplex Model 2081 9027 200 mA isolated loop circuits protector Simplex Model 2081 9028 5 amp isolated loop circuit protector For underground wiring select the appropriate isolated loop circuit protector Run the circuit wiring in a separate parallel wiring trough to separate it from any commercial power distribution wiring For overh...

Page 8: ...9ft 715 97m 0 200 2 500ft 762m 2 500ft 762m 1 482ft 451 71m 1 175ft 358 14m 0 300 2 500ft 762m 1 980ft 603 5m 988ft 301 14m 783ft 238 65m 0 400 2 361ft 719 63m 1 485ft 452 62m 741ft 225 85m 587ft 178 91m 0 500 1 889ft 575 76m 1 188ft 362 1m 593ft 180 74m 470ft 143 25m 0 600 1 574ft 479 75m 990ft 301 75m 494ft 150 57m 392ft 119 48m 0 700 1 349ft 411 17m 849ft 258 77m 423ft 128 93m 336ft 102 41m 0 8...

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