Wizard
Temperature Control System
12 ZONE TEMPERATURE
CONTROL/ MONITORING
SYSTEM - WTC
The Wizard Temperature Control / Alarm System (WTC)
is designed to control the room or zone temperatures of up
to 12 independent systems.
Temperature Control
When configured in the "Control" operating mode, the
WTC will cycle a sensor specific pilot duty relay based
upon a Temperature Setpoint and a plus/minus differential. The WTC will open the LLS when the temperature
reaches T = Setpoint minus Differential Value. The
Wizard will close the LLS when the temperature reaches
T = Setpoint plus Differential Value.
4
Temperature Alarming
3
Control Operations Mode: The WTC will activate its
“System Alarm” relay when the any temperature sensor
readings exceeds the Hi Temp Alarm Limit or goes below
the Lo Temp Alarm Limit for a duration longer than each
corresponding Alarm Delay.
Monitor Operations Mode: The WTC will activate its
“System Alarm” relay and a sensor specific relay when a
specific temperature sensor readings exceeds the Hi Temp
Alarm Limit or goes below the Lo Temp Alarm Limit for a
duration longer than each corresponding Alarm Delay.
The WTC will activate the System Alarm Relay based
upon the following alarm conditions:
High Alarm . The space temperature must exceed the
High Alarm Limit for a time
period longer than the Hi
2
1
Alarm delay.
Low Alarm . The space temperature must be below
the Low Alarm Limit for a time period longer than the
Low Alarm delay.
����
V+
GND LOCAL BUS
+
-
The WTC will log the last 32 alarms.
TEMP #1
C
NC
NO
TEMP #2
C
NC
NO
2
TEMP 2
GND
TEMP #3
C
NC
NO
3
TEMP 3
GND
TEMPD #4
4
TEMP 4
GND
C
NC
NO
TEMP #5
C
NC
NO
6
TEMP 6
GND
TEMP #6
C
NC
NO
GENCOM
+
-
7
TEMP 7
GND
TEMP #7
C
NC
NO
BUZZER
+
C
NC
NO
STROBE
1
TEMP 1
GND
5
TEMP 5
GND
8
TEMP 8
GND
5
4
Remote Communications
D
3
2
GenCom Communications allows the computer operator
to access the controllers within a facility via a PC. All
control programming and logging functions are accessible
and can be set or changed from the computer. The user
can view all text and data logs, make programming changes to the controller, initiate defrost cycles, and investigate
alarm conditions.
C
+
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TEMP #8
9
TEMP 9
GND
10 TEMP 10
GND
11 TEMP 11
GND
12 TEMP 12
GND
TEMP #9
C
NC
NO
TEMP #10
C
NC
NO
TEMP #11
C
NC
NO
TEMP #12
C
NC
NO
C
L1
G
N
12VDC
0VDC
C
SYS ALM #13 NC
NO
WIZARD TEMPERATURE CONTROL
IO ASSEMBLY
2
B
LOCAL BUS
V+
GND
+
-
WIZARD TEMPERATURE CONTROL
CPU ASSEMBLY
Misc. Features & Benefits
All Electronic Circuit Control -- Excellent performance
in temperature range and areas where vibration and moisture causes mechanical systems to experience accelerated
B
failure.
Software Access “Keylock” -- The Wizard is keylock
protected with two levels of access. No action can be
taken without properly unlocking the control.
Enclosure -- The standard unit comes in a metallic,
NEMA 1 enclosure. An optional NEMA 4X is available.
The watertight enclosure permits
the installation of the
5
Wizard in areas where it is necessary to wash down the
room. The Wizard could be mounted on the exterior of the
building.
L2
4
5
L1
D
RLY1
NC
Alarm Monitoring Mode - Zone Specific Alarm Relays
-- (SPDT) These relays are assigned to indicate a High
or4 Low Temperature Alarm Condition
for their assigned
3
tempeature sensor. These relays can be configured to
Energize to Open or Energize to Close.
L1
RLY1
TEMP #4
NC
TEMP #2
LIQUID LINE SOLENOID, SYS#4
RLY3
NC
NC
RLY4
RELAY TEMP
OUTPUTS
#5
RLY6
TEMP
#3
LIQUID LINE
SOLENOID,
SYS#5
NC
LIQUID LINE SOLENOID, SYS#2
TEMP #4
RLY5
LIQUID LINE SOLENOID, SYS#3
TEMP #5
RLY6
The Relay
Outputs
of the WTC
areSOLENOID,
each
aSYS#6
SPDT relay,
TEMP
#4
TEMP #6
TEMP
#6
LIQUID LINE SOLENOID, SYS#4
LIQUID LINE
RLY7
RLY7
RLY5
NC
rated
to 250 VAC / NC30 VDC
with a 3.15 Amp
Time Lag
TEMP #7
TEMP #7
LIQUID LINE
SOLENOID,
SYS#7
TEMP
#5
LIQUID LINE SOLENOID, SYS#5
RLY8
RLY8 Multiple devices
NC can
fuse.
be controlled
withNCeach relay,
RLY6
TEMP #8
LIQUID LINE
SOLENOID,
asRLY9
long asTEMP
the#8combined
current
draw
not exceed
3 LINE SOLENOID,
TEMP
#6does SYS#8
LIQUID
SYS#6
RLY9
NC
RLY7
NC
Amps. TEMP #9
TEMP #9
LIQUID LINE SOLENOID, SYS#9
C
TEMP ZONE #2
L2
AUDIO/VISUAL ALARM INDICATOR
L1
RLY1
TEMP ZONE #1
AUDIO/VISUAL
ALARM INDICATOR
TEMP ZONE #3
TEMP #1
A
TEMP #2
A
AUDIO/VISUAL
ALARM INDICATOR
RLY2
TEMP ZONE #2
TEMP ZONE #4
AUDIO/VISUAL
ALARM INDICATOR
RLY3
TEMP ZONE #3
TEMP ZONE #5
TEMP #3
AUDIO/VISUAL ALARM
INDICATOR
A
TEMP #4
AUDIO/VISUAL ALARM
INDICATOR
A
AUDIO/VISUAL ALARM
INDICATOR
TEMP #5
A
RLY4
TEMP ZONE #6
TEMP ZONE #4
RLY5
TEMP ZONE #7
TEMP ZONE #8
TEMP ZONE #5
RLY6
����
RLY10
TEMP #7
NC
LIQUID LINE SOLENOID,
RLY10 SYS#7
TEMP
#10
1) ALL RELAYS SHOWN IN DE-ENERGIZED
STATE
TEMP ZONE #6
AUDIO/VISUAL ALARM
INDICATOR
TEMP #6
TEMP ZONE #9
RLY7
A
TEMP ZONE #7
AUDIO/VISUAL ALARM INDICATOR
TEMP ZONE #10
RLY8
NC
Connections
to each relayRLY8
are made
via board
TEMP #10
TEMP #10
LIQUID
LINE SOLENOID,
SYS#10mounted
RLY11 SYS#8 TEMP ZONE #11
RLY11
NC
#8
LIQUID LINE SOLENOID,
screw terminals. Each terminal
isTEMP
rated
for 12-24
AWG,
RLY9
NC
TEMP #11
TEMP #11
LIQUID LINE SOLENOID, SYS#11
RLY12 SYS#9 TEMP ZONE #12
RLY12 only wire with
NC insulation rated
copper
at least 300V isolaTEMP #9
LIQUID LINE SOLENOID,
RLY10
NC
TEMP #12
LIQUID LINE SOLENOID, SYS#12
tion, 105 TEMP
°C. #12
C
2
L2
TEMP ZONE #1
TEMP #1
TEMP
#1 Supply Capability
LIQUID LINE -SOLENOID,
SYS#1
Multiple
Power
The control
power
RLY2
RLY2
NC
L1
supply isTEMP
a #2
"universal"
switching,
dual voltage
power
D
RLY1
NC
TEMP #2
LIQUID LINE SOLENOID,
SYS#2
RLY3
RLY3
NC
supply. The input range for the control
TEMP #1module is 100-240
LIQUID LINE SOLENOID, SYS#1
TEMP #3
TEMP #3
LIQUID LINE SOLENOID, SYS#3
RLY2
NC
RLY4
RLY4 - 50 / 60 cycleNC
VAC
- single phase power.
RLY5
1
2
3
TEMP #7
A
TEMP ZONE #8
AUDIO/VISUAL ALARM INDICATOR
RLY9
TEMP #8
A
TEMP ZONE #9
AUDIO/VISUAL ALARM INDICATOR
TEMP #9
A
RLY10
TEMP ZONE #10
AUDIO/VISUAL
ALARM INDICATOR
LIQUID LINE SOLENOID, 1)
SYS#10
ALL RELAYS SHOWN IN DE-ENERGIZED STATE TEMP #10
A
RLY11
RLY11
NC
TEMP ZONE #11
Each circuit is a dry contacts
signal with a 3.15Amp
Time
TEMP #11
TEMP #11
LIQUID LINE SOLENOID, SYS#11
A
Lag fuse connected to theRLY12
common leg.
RLY12
NC
TEMP ZONE #12
RLY 13
System Alarm Relay
1 -- (SPDT)
This
TEMP #12
#12
SYS#12
A
The functionality of each relay isTEMP
pre-assigned.
The LIQUID
fol- LINE SOLENOID,
relay
is assigned to indicate a High
or Low
1)
ALL
RELAYS
SHOWN
IN
DE-ENE
1)
ALL
RELAYS
SHOWN
IN
DE-ENERGIZED
STATE
lowing is a description of each relay:
Temperature Alarm for the entire system. Should
TEMPERATURE ALARM
any of the temperature zone enter an alarm condiINDICATION
RLY 1 thru RLY
12
B
TO REMOTE ALARM
PANEL
BYrelay
OTHERS
tion, PANEL
thisBY
RLY13
TO REMOTE ALARM
OTHERSwill De-Energize. This relay is
Energized during non-alarm conditions.
Temperature Control Mode - Liquid Line Solenoid
Relays -- (SPDT) These relays are assigned to control the
TEMPERATURE ALARM
opening and closing of the Liquid Line Solenoid. These
INDICATION
relays can be configured to Energize to Open or Energize
TO REMOTE ALARM PANEL BY OTHERS
RLY13
TO REMOTE ALARM PANEL BY OTHERS
to Close.
B
A
1
2
3
4
5
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L1
D
RLY1
RLY2
RLY3
5
RLY4
RLY5
RLY6
RLY7
C
RLY8
RLY9
RLY10
RLY11
RLY12
L2
NC
TEMP #1
TEMP #2
LIQUID LINE SOLENOID, SYS#1
NC
LIQUID LINE SOLENOID, SYS#2
NC
4
A
TEMP #3
TEMP #4
TEMP #5
TEMP #6
TEMP #7
TEMP #8
TEMP #9
TEMP #10
TEMP #11
TEMP #12
LIQUID LINE SOLENOID, SYS#3
NC
LIQUID LINE SOLENOID, SYS#4
NC
LIQUID LINE SOLENOID, SYS#5
NC
NC
NC
NC
NC
NC
NC
LIQUID LINE SOLENOID, SYS#6
5
LIQUID LINE SOLENOID, SYS#7
LIQUID LINE SOLENOID, SYS#8
LIQUID LINE SOLENOID, SYS#9
LIQUID LINE SOLENOID, SYS#10
LIQUID LINE SOLENOID, SYS#11
LIQUID LINE SOLENOID, SYS#12
1) ALL RELAYS SHOWN IN DE-ENERGIZED STATE
B
L1
RLY1
TEMP ZONE #1
Connections to each relay are made via board mounted
TEMP #1
AUDIO/VISUAL ALARM INDICATOR
RLY2
ZONE #2 is rated for 12-24 AWG,
screw terminals.
EachTEMP
terminal
TEMP #2
AUDIO/VISUAL ALARM INDICATOR
copper only
RLY3 wire with insulation
TEMP ZONE #3 rated at least 300v isolation, 105 °C. TEMP #3
AUDIO/VISUAL ALARM INDICATOR
2
3
RLY4
L2
1
TEMP ZONE #4
Each circuit is a TEMP
dry #4
contacts signal with
a 3.15Amp
Time
AUDIO/VISUAL
ALARM INDICATOR
RLY5
TEMP ZONE #5
Lag fuse connected to the common leg.
RLY6
TEMP #5
TEMP ZONE #6
AUDIO/VISUAL ALARM INDICATOR
The alarm Relay can be configured as "fail-safe" alarm
TEMP #6
AUDIO/VISUAL ALARM INDICATOR
RLY7
TEMP
#7
scheme
where
the relay
is ZONE
"energized"
(Opening the NC
3
4
TEMP
#7
AUDIO/VISUAL
ALARM INDICATOR
contact) during
non-alarm
conditions
and
"de-energized"
RLY8
TEMP ZONE #8
(Closing the NCTEMP
contact)
during alarm
conditions.
This
#8
AUDIO/VISUAL
ALARM INDICATOR
RLY9
TEMP ZONE #9
scheme will allow a alarm signal to be produced upon a
TEMP #9
AUDIO/VISUAL ALARM INDICATOR
RLY10
TEMP ZONE #10
control failure.
RLY11
TEMP #10
TEMP ZONE #11
AUDIO/VISUAL ALARM INDICATOR
RLY12
TEMP #11
TEMP ZONE #12
AUDIO/VISUAL ALARM INDICATOR
TEMP #12
AUDIO/VISUAL ALARM INDICATOR
1) ALL RELAYS SHOWN IN DE-ENERGIZED STATE
3
2
HARDWARE SPECIFICATIONS
CONTROL SYSTEM
Control
Microprocessor based Program logic stored within
non-volatile EPROM memory. Set points and system
configuration stored within EEPROM. Logged Data
stored within Battery Backed Memory chip, minimum
of 10 years storage life.
Menu driven controls with all operating sequences and
control algorithms included. The control has non-volatile program memory and a capacitor backed clock in
the event of power outage. All programmable options
are installed via a "Yes" or "No" question.
Keypad
Display
Power
Housing
OUTPUTS
13 Control Relays
12 Relays for Temperature Sensor Monitor or Control.
1 Relay for system alarm. High / Low Temperature.
All Relay Outputs are 1 Form C SPDT rated for 250
VAC and 3 Amp per circuit Each relay circuit is fused
with a 3.15 Amp slow blow fuse on the common leg.
All inputs use un-pluggable screw terminals. All outputs use screw terminals.
LISTINGS
Front panel accessible with 5 tactile
key switches.
Key assignments -- UP, DOWN,
SELECT/ENTER, EXIT, ALARM
RESET.
2 x 20 character LCD Back Lighted
Display. Eight control status lights.
Input -- 100-250 VAC, 50/60 HZ,
2.5 Amp.
Metal Cabinet, NEMA 1,
Enclosure
Option 1 - Metal Cabinet,
NEMA 1, Door Mountable
Option 2 - Metal Cabinet,
NEMA 4X, ABS Enclosure,
INPUTS
Twelve (12) Temperature Sensors
2-wire thermistor, -40 to 150 °F
ETL, Conforms to UL Std. 3111-1
Certified to CAN/CSA
C22.2 Std. No. 1010.1
NEMA 1 Compliant Enclosure - This
enclosure is intended for indoor use only
primarily to provide a degree of protection
against contact with the enclosed
equipment. The enclosure is not designed
to provide protection from water or to be
placed in a hazardous environment. Mount
only in Pollution Level 2 environments, ie.
environmentally controlled offices, control
rooms, or environmentally controlled
machine rooms.
Dimensions Inches (mm)
12.0 x 9.5 x 5.0 (305 x 241 x 127)
NEMA 4X Compliant Enclosure - This
enclosure is intended for either indoor or
outdoor use, 0 to 50 °C, to provide a degree
of protection against corrosion, windblown
dust and rain, splashing water, and hose
directed water.
Dimensions Inches (mm)
14.0 x 15.0 x 8.2 (312 x 381 x 208)
NEMA 1 Panel Mount Option - The control
and display assemblies must be suitably
mounted in an enclosure. The Faceplate
may be surface mounted onto a Nema 1
enclosure. The IO Board Assembly must
be mounted within an enclosure providing
at least Nema 1 protection.
Dimensions Inches (mm)
Faceplate 10.2 x 8.5 x 2.0 (259 x 216 x 51)
Backplate 10.6 x 8.5 x 3.0 (269 x 216 x 76)
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1040 FOX CHASE INDUSTRIAL DR
ARNOLD, MO 63010
EMAIL:[email protected]
TEL: 636-282-0011
FAX:636-282-2722
WEB:WWW.GENESIS-INTERNATIONAL.COM