ADEMCO 1022 Operating instructions

TROUBLESHOOTING Nos.1022 AND 102242
TROUBLE : I. SYSTEM APPEARS TO HAVE NO POWER.
PROBABLE CAUSE REMEDY
A. AC power is interrupted (green LED
unlit) accompanied by a discharged
or disconnected battery. Dimly lit
red LEDs as well as a bell not ring-
ing when the BELL TEST switch is de-
pressed, are the symptoms of a
highly discharged battery (see Part
B, below).
A. Be sure that power at AC outlet
is active 24 hours. Be sure that
rechargeab Ie ce I Is are connected
properly to panel through molded
plug and socket connection (use
No. 1320 transformer for No. 1022;
use No. 1323 transformer forNo.
1022-12).
B. Highly discharged or dead battery B. Replace battery with No. 496 (No.
(measure battery voltaqe across red BP-l in the case of No. 1022-12)
and black flying leads: 6 volts is the if bell test fails as indicated
proper reading obtained with the BELL under PROBABLE CAUSE.
TEST switch depressed (I2 volts in
the case of No. l022-12I.To determine
if battery is capable of being re-
charged, follow the procedure below:
I.
2.
3.
4.
NOTE I:
NOTE 2:
NOTE 3:
NOTE 4:
Remove protective circuit wiring from pane
terminals I through 9. I by disconnecting al I wires from
Remove all auxiliary devices if used, from terminals 13 and 14, and remove
bell(s) or other sounding devices attached to terminals 24 and 25.
Allow the battery to charge for 24 hours in this manner (making sure that
the transformer is properly plugged in, and the green panel LED is lit).
If, after 24 hours, the bell (or other sounding device) doesnotring sat-
isfactorily during the bell test, replace battery with No. 496 (No.
BP-l if using 1022-12) rechargeable battery pack. I
Under no circumstances may auxiliary devices (e.g. photoelectric units,
ultrasonics, remote station adpaters, etc.) drawing a total current
greater than 150 ma be attached. to terminals I3 and I4 of the control
panel. Check the current draw for each device by consulting its particular
specifications in its Installation Instructions.
If, after a prolonged alarm condition, new batteries are required, old
batteries must be put on a 24 hour charge without a load on the control
as described above under Part B, Sections I, 2, and 3. DO NOT leave a
sealed lead acid battery in a highly discharged condition for more than
48 hours without charging.
Sealed lead acid batteries must be fully charged after each 6 months of
unused storage conditions.
Do not operate the No. 1022 or 1022-12 without a battery. The bell test
feature will not work and some problems may occur as the keyswitch is
operated.
2Y4
www.PDF-Zoo.com
firealarmresources.com

I’
TROUBLE: 2. ZONE STATUS LED(s) LIT AT ALL TIMES.
TROUBLE: 3. GREEN LED ON PANEL IS LIT MORE BRIGHTLY THAN NORMAL.
PROBABLE CAUSE REMEDY
A. A point of entry is open, or a break, A. Take corrective action to restore
short circuit, or ground, exists in protective circuit(s) to their
the protective loop(s). See the trouble- proper status (see Part I, Section
shooting procedure below: HI.
I. Remove the wires from the particular zone indicating a fault or opening
(i.e. terminals I and 2 for the Entry/Exit Delay Zone, terminals 3 and
4 for zone I, terminals 5 and 6 for zone 2, terminals 7, 8, and 9 for the
Series and 24 Hour Zone.
2. In the case of all zones except the Series Zone, attach a 1000 ohm resistor
(No. 606) or in the case of No. 1022-12, a 2000 ohm resistor (No. 607)
to the proper zone terminals. The Series Zone, terminals 7 and 8, can
be shorted together with a jumper.
3. If the particular zone status LED .on panel goes out, the trouble will
be found in the protective loop, If the LED remains lit, see Part D, below.
8. The loop resistance on the faulty zone B.
does not meet specifications (discon-
nect the
loop wires from the zone in
quest ion as bescri bed in Part A, Section
I, above. With an ohmmeter, measure the
resistance of the problem loop. The pro-
per resistance reading for all zones ex-
cept the Series Zone, should be between
1000 and 1500 ohms (or between 2000 and
2500 ohms in the case of No. 1022-12).
The proper resistance of the Series
Zone should be no greater than 500 ohms).
C. Dead or discharged battery (if red C.
panel LEDs are dimly I it, see TROUBLE
I, Parts A and B).
D. Problems exist in the control panel D.
circuitrv.
Inspect the protective loop for
dirty contacts, short circuits,
grounds, or breaks as described in
Part I, Section H, if the resis-
tance measured differs greatly from
that which is outlined here.
Recharge and/or rep Iace battery
pack per instructions in TROUBLE
I, Part B.
Return control for repair.
NOTE: The front pane I tamper switch, located in the upper right-hand corner
.. -.--_
of the panel must be overi-id’den’when troubleshooting a panel with the
cover open, otherwise an open circuit will exist in the zone into which
the tamper switch is wired. To override, pull the plunger outward.
PROBABLE CAUSE
A. Disconnected rechargeable battery.
REMEDY
A. Reconnect battery pack securely to
the molded connector at the end of
the red and black flying leads on
the panel.
275
www.PDF-Zoo.com
firealarmresources.com

TROUBLE: 4.
A.
: B.
TROUBLE: 5.
A.
B.
C.
ALARM SOUNDS WHENEVER KEYSWITCH IS PLACED IN THE,NIGHT POSITION. _.‘.
;, :
PROBABLE CAUSE REMEDY ,A
‘. ,!
Grounds or breaks in brotective cir-
cuit wires, contacts, or foi I; a short
exists between loop wi res, or a loop
resistance that does not meet specifi-
cat ions, will all cause an alarm once
the system is armed (see TROUBLE 2,
Parts A and B).
A.#-‘See TROUBLE 2, Parts A and B,
and the Troubleshooting Section
this manual in Part I, Section
HI.
of
Sticking bell relay contacts. B. Unit must be returned for servicing.
THE SERIES/24 HOUR LED LIT, ACCOMPANIED BY BUZZER SOUNDING.
PROBABLE CAUSE REMEDY
An open, short circuit, or grounded A. Troubleshoot DAY ZONE protective
condition exists in the DAY ZONE loop circuit according to guidelines
(remove wires from panel terminals 8 set forth in Part I, Section H of
and 9; with an ohmmeter, look for a this manual.
resistance of 1000 to 1500 ohms (2000
to 2500 ohms in the case of No. 1022-12).
across wires just removed. If ohmmeter
reads infinity or a very high resistance,
suspect window foil or foil take-off ,a,.’
blocks if wired into the DAY ZONE). A
Problems exist in the AB bell box B. Inspect ground connection (see in-
CAB-12 when using No. 1022-12) when stallation wiring diagram) for clean-
using panel in a UL prescribed manner. liness, tightness, and continuity.
Follow these testing procedures: Inspect tamper switches on bell box
I.
2.
for proper operation and see that
bolts holding bell box cover are
secure and tightened fully.
If the ohmmeter test, as describer in Part A, above, reveals a very high
resistance or an open circuit, suspect a faulty ground connection or
defective tamper switch(es) on the bell box.
If ohmmeter test reveals a short circuit or a resistance lower than 1000
ohms (2000 ohms when using No. 1022-121, suspect a short between the inner
and outer shell of the UL bell box.
Defect in panel circuitry (to test, re-C. Return panel for servicing if the
move wires going to terminals 8 and 9 of buzzer continues to sound.
control pane I, and substitute a No. 606,
1000 ohm resistor (use No. 607, 2000 ohm
resistor for No.. 1022-12). The buzzer
shou I d cease.
276
www.PDF-Zoo.com
firealarmresources.com

1,.
TROUBLE : 6. DURING BELL TEST, BELL OR OTHER SOUNDING DEVICE OPERATES BUT DOES NOT GIVE
FULL SOUND.
PROBABLE CAUSE REMEDY
A. Low battery voltage, (see TROUBLE 1,. A. Be sure AC transformer is plugged
Parts A and B). into a 24 hour outlet. Look for
the green LED indication on panel.
See indicated procedures in TROUBLE I,
Part B. Be sure a No. 1320 trans-
former is used with No. 1022. Use
a No. 1323 transformer with No.
lO22- 12.
B. Bell line does not conform to speci- B. Make the necessary changes in the
f ied procedures (see note at the end of bell line run.
this section; see also Part I, Section
G of this manual).
C. Improper bell mounting has caused bell C. Inspect mounting and bell dome posi-
clapper to jam. tion. Correct any binding or jam-
ming by rotating dome so bell clap-
per points to the dot on the dome.
D. Short circuit in bell wires (see Part D. Replace wires to bell, being care-
I, Section G for troubleshooting bell ful to avoid conditions that will
connections). cause short ci rcui ts.
E. Defective bell (if possible, test sys- E. Replace’bell if necessary.
tern with new bell).
F. Dirty or corroded bell relay contacts. F. Unit must be returned for servicing.
G. When using an electronic siren, howler,
or blaster, problems exist with the
particular sounding device and/or the
module supplying the signal.
G. See the Installation and Trouble-
shooting section for the particu-
lar sounding devices and modules
used.
.
TROUBLE : 7. WITH THE SYSTEM ARMED, THE BELL OR OTHER SOUNDING DEVICE DOES NOT OPERATE
WHEN A ZONE IS OPENED.
PROBABLE CAUSE REMEDY
A. Tripped circuit breaker (be sure that A. The circuit breaker will reset
the device(s) used for sounding draw automatically once the conditions
no more than 2.5 amperes, less any which caused it to trip are cor-
auxiliary load connected to terminals rected.
I3 and 14. Be sure, too, that sound-
ing device(s) are properly connected
to terminals 24 and,25).
277
www.PDF-Zoo.com
firealarmresources.com

PROBABLE CAUSE REMEDY
B. Shorted, disconnected or broken wires B. Repair or replace defective wiring
between control and sounding device as required.
(check wiring between panel terminals
I5 and I6 and bell, or driver module
if an electronic siren is being used,
In the latter case, be sure to observe
proper polarity. Also check wiring from
driver module to siren, bearing in mind
the guidelines in the NOTES at the end
of this section).
C. Battery and/or power supply problems C. See TROUBLE I, Parts A and B.
(perform bel I test; i f be I I does not
operate, see TROUBLE I, Parts A and B).
D. Dirty or corroded contacts of bell D. Unit must be returned for servicing.
relay.
E. Bound bell clapper. E. Free or adjust bell clapper (see
TROUBLE 5, Part C).
F. Stuck contact in protective circuit F. Check each contact for proper
fa i I i ng to release upon entry. operation. Rep lace as necessary.
TROUBLE : 8. BELL CIRCUIT DOES NOT-LATCH ON ALARM. WHEN CONDITION CAUSING THE ALARM
T”j
IS CORRECTED, THE BELL STOPS EVEN THOUGH THE SYSTEM REMAINS ARMED.
PROBABLE CAUSE
A. Problems with bell relay or alarm
circuitry.
REMEDY
A. Unit must be returned for repair.
TROUBLE: 9. FALSE ALARMS OCCUR DUE TO SWINGERS IN THE PROTECTIVE CIRCUIT.
PROBABLE CAUSE REMEDY
A. A swinger or intermittent CurrentbreakA. Use No. I2 tester or equivalent
exists in a zone of protection (trouble to locate faults (see Part I, Sec-
may also be caused by an improperly tion H, for instructions on the
installed ultrasonic or photoelectric use of the No. I2 device).
detector). Look for weak points at foi I
take off blocks or pinched wiring where
protective loop turns corners or enters
wal Is.
NOTE: Choose the FAST loop option for devices with quick response time such
as vibration contacts, Glass Sentries, or photoelectric units without
bui It-in delay. Choose the NORMAL loop option for all other devices es-
pecially where window foil is used. Cut appropriate jumper to determine
response time of each loop. See Installation Instructions. ,--l
278
www.PDF-Zoo.com
firealarmresources.com

:” ,,
‘:’ TROUBLE: IO.
A.
B.
TROUBLE: I I. WHEN USING A STROBE LIGHT AS AN ALARM INDICATOR, THE LIGHT FAILS TO FLASH WHEN
ACT IVATED.
PROBABLE CAUSE REMEDY
A. Polarity reversed to strobe light’. A. Observe proper polarity. To
terminal 25 of the panel, attach
the positive (+) wire of-the strobe.
To terminal 24, attach the negative
t-1 wire.
B.
C.
TROUBLE : I2..
A.
B.
STEPPING ON FLOOR MAT (IF USED) DOES NOT TRIP ALARM.
PROBABLE CAUSE REMEDY
Too much resistance in wires from A. See Installation Notes on floor
floor mat. mats, 1000 Series Controls,
page 105.
Improperly installed floor mat. B. See Installation Notes on floor
mats, 1000 Series Controls,
page 105.
Trouble in strobe light circuitry,
burned out strobe lamp. breaks in B.
wiring.
Low battery or power supply voltage C.
(be sure that voltage output across
terminals 24 and 25-of panel measures
6 volts DC on alarm (I2 volts DC for
No. 1022-12). Be sure that the bat-
teries are fu I ly charged - charge for
24 hours without a load if an under-
voltage condition exists. See TROUBLE
I, Part B.
Correct particular trouble as
reauired.
If vGltage measures less than
5 volts while strobe light is operat-
ing, (II volts in the case of No.
1022-12) allow batteries to charge
fully, as explained in TROUBLE I,
Part B.
ONCE ACTIVATED, THE ALARM SOUNDS AT ALL TIMES WITHOUT THE ABILITY TO BE RESET.
PROBABLE CAUSE
A short circuit exists in.the 24 A.
hour panic circuit wiring, or between
terminals 23 and 24 on the control panel.
An emergency (panic) switch has been B.
activated.
REMEDY
Repair or replace shorted wiring.
Check locking type panic switch
used. Reset if required.
279
www.PDF-Zoo.com
firealarmresources.com

TROUBLE: 13.
A.
B.
C.
D.
TROUBLE: 14.
A.
B.
WHEN USING TERMINALS I5 THROUGH 20 FOR DRY CONTACTS
THE ATTACHED DEVICES (DIALER, DIGITAL COMMUNICATOR,
SOUNDING DEVICE) DO NOT OPERATE DURING A HOLD-UP OR
PROBABLE CAUSE
Incorrect wiring hookup to panel A.
terminals (on alarm, the relay
supplied can trip two independent
sets of contacts to be used to turn
on external devices. During a break-
in or during silent alarm activation,
closure exists between terminals I6
and 17, and between I9 and 20. Wire
these devices to either set of ter-
minals).
ACT IVATED ON ALARM, /
FLOODLIGHTS, REMOTE
BURGLAR ALARM.
REMEDY
Correct wiring to conform with
proper usage.
Dirty or corroded contacts on relay B. Return panel for servicing if
(to check, remove all devices from relay contacts fail indicated test.
terminals I6 and 17, and I9 and 20;
by means of a jumper, short panel
terminals 23 and 24 together. Check
for zero resistance between terminals
I6 and 17, and I9 and 20, indicating
proper contact closure; remove jum-
per wire).
Open wiring to the devices operating C.
off the control panel. Check wiring between the control :-
panel and the attached devices for ,A\,
breaks . \ ’
Power supply problems or individual D.
operating problems with the attached
devices.
Check voltage source supplying power
to the attached devices. If the
problem persists, see the Trouble-
shooting Section for the units in-
volved.
WHEN USING TERMINALS I5 THROUGH 20 FOR DRY CONTACTS ACTIVATED ON ALARM,
ATTACH DEVICES (DIALER, DIGITAL COMMUNICATOR, FLOODLIGHTS, REMOTE SOUNDING
DEVICE) OPERATE AT ALL TIMES.
PROBABLE CAUSE REMEDY
Incorrect wiring hookup to panel ter- A. Correct wiring.
minals (use terminals I6 and I7 and/or
I9 and 20 for activation on alarm--see
TROUBLE 15, Part A).
Shorted wiring exists at panel ter- B. Check wiring;for shorts that would
minals I6 and 17, and/or I9 and 20, or cause a “runaway” cond it ion.
in the wires leading from the control
panel to the auxiliary device.
280
www.PDF-Zoo.com
firealarmresources.com

PROBABLE CAUSE REMEDY
C. Stuck contacts in burglary/holdup C. Return panel for servicing if
relay causing continuous activation of the conditions described at the
TROUBLE: 15. WYEN LOCK-IN HOLDUP DEVICE IS
SYSTEMS WORK NORMALLY).
PROBABLE CAUSE
A. Disconnected or open wiring along
the route from holdup switch to
external devices (remove wires from left are
hot met.
panel terminals I5 through 20; there
should be infinite resistance between
-terminals I6 and I7 and I9 and 20 when
panel is NOT in an alarm condition.
ACT IVATED, NOTHI NG HAPPENS (ALL 0’
THER
REMEDY
A. Check wiring for conti nuity.
Repair or replace as necessary.
panel terminals 23 and 24.
B. Problems with particular lock-in
type emergency switch. B. Check particular switch for continuity on operation. Replace
i f necessary.
TROUBLE: 16. WHEN USING PANEL IN MODULARM OR MINI-MODULARM APPLICATIONS, THE
CENTRAL STATION DOES NOT RECEIVE SIGNALING VOLTAGE FROM THE PANEL OR
REVERSING VOLTAGE ON ALARM.
PROBABLE CAUSE REMEDY
A. Incorrect wiring hookup (be sure to A. Correct wiring as necessary.
conform to the installation wiring
diagram contained in the instructions.
Be sure, too, that a jumper is installed
between panel te’t-minals I5 and 20, and
between I7 and 18).
B. Telephone lines exceed the 2 to 3 mile B. For No. 1022, use a Telephone
limit (maximum re$istance in lines should Line Voltage Booster, No. 349, for
be no greater than 1250 ohms) accom- telephone lines exceeding the
panled by too.low a voltage atxinals maximum resistance limit (see
I6 and 19. instructions contained in the unit).
For No. 1022-12, the voltage ap-
plied to the telephone lines should
be sufficient to compensate for
long lines. (Be sure to see Note 2
of the installation wiring diagram;
Alter the resistance as required to
obtain the proper current through
the modularm device),
.
281
www.PDF-Zoo.com
firealarmresources.com

PROBABLE. CAUSE REMEDY ,+,, ’
C. Dirt or corrosion on reversing relay C. Return the panel for servicing
contacts (to check for proper contact. if indicated resistance measure-
operation, remove al4 w’ires from panel ments are not obtained.
terminals I5 through 20; using an ohm-
meter, look for zero resistance between
terminals I5 and 16, and between ter-
minals I8 and 19. By means of a jumper,
short panel terminals 23 and 24 together.
Check for zero resistance between ter-
minals I6 and 17, and between 19 and 20).
TROUBLE: 17. WHEN USING A DIGITAL COMMUNICATOR EQUIPPED TO RELAY OPENING AND CLOSING
SIGNALS, NONE ARE RECEIVED AT THE CENTRAL STATION.
PROBABLE CAUSE REMEDY
A. Disconnected, broken, or improperly A. Check wir.ing carefully and restore
attached wires, between the panel as per instructions of the par-
output wires and the appropriate titular device(s).
terminals on the Opening and Closing
Switching Module (if used), and/or
between the switching module and the
digital communicator.
NOTE: WIRE RUNS FOR BELLS OR OTHER SOUNDING DEVICES
For runs of up to 50 feet, use I6 gauge wire.
For runs between 50 and 100 feet, use I4 gauge wire, or
preferably double I6 gauge wire (thus having four wires
going to the sounding device).
For wi re runs of over 100 feet, see Part I, Section G
of this manual.
NOTE: Do NOT make a metallic connection .between the cabi’net of the
_*_ No.T22 and the cabinet of any auxiliary equipment used with
it, such as the Nos. 612, 679, etc. (Conduit connectfon to the
bell housi’ng is an exception.)
Such a cabinet-to-cab,inet connection may cause a fault in one
of the protective zones.
.
282.
www.PDF-Zoo.com
firealarmresources.com