Det-Tronics Eagle Quantum EQ2200UVHT User manual

DESCRIPTION
The EQ2200UVHT UV Flame Detector is used with the
Eagle Quantum system to provide UV flame protection
in continuous duty high temperature applications,
such as turbine compartments, enclosures, generator
rooms, etc. where ambient temperatures can continu-
ously exceed +75°C (+167°F).
The EQ2200UVHT is an electronic module assembly
that is used in conjunction with a high temperature
rated C7050B UV detector (with DE1888K3 high tem-
perature rated UV sensor tube). The two devices are
mounted in separate explosion-proof, watertight
enclosures.
The UV detector is rated for continuous duty in envi-
ronments up to +125°C (+257°F). The electronic mod-
ule is rated up to +75°C (+167°F).
NOTE
The electronic module cannot be located in the
high temperature area.
The UV detector and electronic module assembly can
be separated up to 165 feet (50 meters) using high
temperature rated 4 core shielded cable.
NOTE
In accordance with NFPA 72, the maximum sep-
aration distance is 20 feet (6 meters) using con-
duit or equivalent protection against mechanical
damage.
The detector is equipped with both automatic and
manual optical integrity (oi) test capability.
LED
Detector status is indicated by a red LED that is visible
through the viewing window on the cover of the elec-
tronic module junction box. Table 1 indicates the con-
dition of the LED for each detector status.
OUTPUT
The output of the device is a status message that is
sent to the gateway and logic controller in the Local
Control Unit along the communication loop. System
response to the message is determined at the time of
configuration. The device supports ANSI/NFPA 72
Class A, Style 7 communication with the LCU.
©Detector Electronics Corporation 2001 9/01 90-1140
DET-TRONICS®
SPECIFICATION DATA
Eagle Quantum™EQ2200UVHT
For Use With C7050B
Continuous Duty High Temperature
UV Flame Detector
*oiis Detector Electronics' Trademark for its patented Optical
Integrity Systems, U.S. Patent 3,952,196, United Kingdom Patent
1,534,969, Canada Patent 1,059,598.

ADDRESSABILITY
Device identification is accomplished by setting
switches on a DIP switch assembly located on the
electronic module (valid address range is 5 to 250).
ALARM LOG
The detector maintains an alarm log in non-volatile
memory. The time and date for the last eight alarms
are logged.
TERMINAL WIRING BOARD
External wiring is connected to plug-in screw terminal
connectors on the terminal wiring board located inside
the electronic module junction box.
ENCLOSURE
The explosion-proof NEMA/Type 4X enclosure is
designed for use in a variety of hazardous locations.
SOFTWARE SELECTABLE OPTIONS
The following software selectable options are available
using a PC running Det-Tronics configuration software.
Operating Mode
The operating mode determines the type of logic that
the UV flame detector will use for processing fire sig-
nals. (Arc rejection mode is the recommended set-
ting).
Arc Rejection Mode (Factory Recommended). The
arc rejection mode enables the detector to prevent
nuisance fire alarms caused by UV from short-duration
electrical arcs or electrostatic discharge, while main-
taining the ability to reliably detect the UV given off by
a flame. The arc rejection mode is not recommended
unless these false alarm sources are present within the
application to be protected. Typical applications that
benefit from arc rejection logic include electrostatic
coating processes and uncontrolled environments
where transient UV sources can be present, such as
many typical outdoor applications.
The arc rejection algorithm examines the radiant ener-
gy level detected within a specified unit of time (timed
gate). The output of the detector is determined by
three variables:
— sensitivity level
— gate length
— number of consecutive gates required.
Different combinations of these variables allow for var-
ious levels of transient arc rejection capability. There
are four arc rejection levels (very high, high, medium,
and low) that are selectable for the detector through
the PC. Refer to Table 2.
The proper arc rejection setting for a given application
must be determined through testing. For indoor appli-
cations with known electrostatic energy fields within 15
feet of the detector, an arc rejection setting of “very
high” or “high” is typical. For outdoor applications,
“medium” or “low” arc rejection settings are typical.
It is recommended that each detector be thoroughly
tested at the programmed arc rejection setting within
the ambient conditions that will be present during nor-
mal operation. This will help to ensure that the select-
ed arc rejection setting is proper for the application.
Standard Mode. In the standard processing mode,
the detector output (measured in counts per second)
is compared to the fire threshold (the “sensitivity” set-
ting as described below). If the radiant energy level
from the fire exceeds the selected alarm threshold
level, the time delay begins (if a time delay is select-
ed). If the radiant energy level from the fire remains
above the selected sensitivity level for the duration of
the time delay, the fire alarm output is activated. In
every application, it is crucial to ensure that the radiant
ultraviolet energy level from the expected fire at the
required distance from the detector will exceed the
selected sensitivity level.
Standard signal processing is recommended for con-
trolled indoor applications only.
2
Status LED
Normal with automatic oi selected Blinks every 5 seconds
Normal with manual oi selected Blinks every 10 seconds
Fault Off
Fire On
Table 1—Detector Status/Indications

Sensitivity
Whether the Standard or Arc Rejection mode is select-
ed, the sensitivity setting must always be pro-
grammed. The selected sensitivity level determines
the fire alarm threshold setpoint. The higher the sen-
sitivity level, the greater the detection range, but the
possibility of false alarms will be increased. Four sen-
sitivity levels are selectable. Refer to Table 3.
The sensitivity setting must be appropriate for the
anticipated fire size at the required distance from the
detector.
Time Delay
Arc rejection mode — If the fire signal meets the pro-
grammed arc rejection requirements, the time delay
begins. A fire output is generated if the fire signal con-
tinues for the duration of the time delay.
Standard mode — A fire output is generated only if
the fire signal exceeds the sensitivity setting for the
entire duration of the programmed time delay.
Automatic or Manual oi
The oisystem uses an internally generated UV test
signal to determine the relative condition of the detec-
tor and its optical surfaces.
If automatic oitesting is selected, the oitest is auto-
matically performed once every minute. The automat-
ic oitest does not generate an alarm output or inter-
fere with normal detector operation.
The manual oitest is initiated using a button on the
point display screen on the PC. The manual oitest
can be used in addition to automatic oi to test UV
detector sensitivity.
FEATURES
• UV detector rated for +125°C continuous duty
• Long detection range to gasoline fires
• LED indicates normal operation, fire and fault condi-
tions
• Microprocessor based circuitry
• Selectable automatic or manual oi
• Adjustable sensitivity and time delay for fire output
• Selectable latching or non-latching for fire and fault
outputs
• Programmable for arc rejection or standard signal
processing method
• Fire overrides fault for safety
• No calibration required
• Operates under adverse weather conditions and in
dirty environments
• Field addressable
• Fault isolation
• Pass through communication circuitry on power loss
• Non-volatile memory for configuration and logging of
alarms
• Screw terminal connectors
• RFI / EMI hardened
• Swivel mounting bracket for ease of installation and
positioning
• FMR, CSA, CENELEC and CE Mark Certifications
• FMR performance verified per ANSI/NFPA 72 and
FM 3260.
3 90-1140
Arc Rejection Level Consecutive Gates Gate Length Sensitivity* Min. Processing Time
Very High 8 1/16 Second Very High (8 CPS) 0.5 Second
High 4 1/16 Second Very High (8 CPS) 0.25 Second
Medium 4 1/8 Second Very High (8 CPS) 0.5 Second
Low 4 1/4 Second Very High (8 CPS) 1.0 Second
*CPS = counts per second
Table 2—Arc Rejection Levels for UV Detector
Sensitivity Level Equivalents
Sensitivity Level Selected Nominal Fire Alarm Threshold
In Counts per Second (CPS)
Very High 8
High 24
Medium 48
Low 96
Table 3—Sensitivity Levels for UV Detector

SPECIFICATIONS
INPUT VOLTAGE—
24 vdc nominal, 18 to 30 vdc. 10% overvoltage will not
cause damage to the equipment.
INPUT POWER—
2.0 watts typical, 4.0 watts maximum during oitest.
TEMPERATURE RANGE—
Electronic Module: –40°F to +167°F (–40°C to +75°C).
UV Detector: –40°F to +257°F (–40°C to +125°C).
Storage: –67°F to +185°F (–55°C to +85°C).
HUMIDITY RANGE—
5 to 95% relative humidity, can withstand 100% con-
densing humidity for short periods of time.
SPECTRAL SENSITIVITY RANGE—
UV radiation over the wavelength of 1850 to 2450
angstroms (solar blind).
CONE OF VISION—
The detector has a 90 degree cone of vision with the
highest sensitivity lying along its central axis. See
Figure 1.
FLAME SENSITIVITY—
The detector has four adjustable sensitivity settings
plus transient arc rejection capabilities.
RESPONSE TIME—
The detector is selectable for a 0 to 7 second time
delay.
OUTPUTS—
Digital communication, transformer isolated (78.5
kbps).
WIRING REQUIREMENTS—
Wiring to the UV detector must be between 12 and 18
AWG (approximate metric equivalent = 4 and 1.0
mm2) with a minimum voltage rating of 600 volts rms
and a minimum temperature rating of 125°C. The use
of shielded cable is highly recommended to provide
maximum protection from RFI/EMI interference.
Consult Eagle Quantum system manual for communi-
cation network wiring requirements.
VIBRATION—
Meets MIL SPEC 810C, method 514.2, curve AW.
DIMENSIONS—
See Figures 2, 3 and 4.
4
Figure 2—Q9001B Swivel Mounting Bracket Dimensions
in Inches (Centimeters)
5/16-18 UNC
1 3/8 INCH GLAND NUT
USEDTO ROTATE
SWIVEL/DETECTOR ASSEMBLY
TO DESIRED POSITION
MOUNTING BASE
DETECTOR LOCK NUT
120°±2°(2)
2.0 (5.08) DIA.
2.5 (6.4) DIA. 0.25 (0.64) DIA. (3)
2.5
(6.4)
2.5
(6.4)
A1986
Figure 3—UV Detector Dimensions
in Inches (Centimeters)
4.75 (12.06)
2.5
(6.35)
1/2 INCH NPT
OR 20 MM
A1987
Figure 1—Cone of Vision of UV Detector
0°
15°
30°
45°
15°
30°
45°
D573
100
90
80
70
60
50
40
30
20
10
DETECTION
DISTANCE
(PERCENT)
100% REPRESENTS THE MAXIMUM DETECTION DISTANCE FOR A GIVEN FIRE.
THE SENSITIVITY INCREASES AS THE ANGLE OF INCIDENCE DECREASES.

CERTIFICATION—
FMR/CSA:
Electronic Module:
Class I, Div. 1, Groups B, C and D.
Class I, Div. 2, Groups A, B, C, and D (T4A).
Class II, Div. 1, Groups E, F, and G.
Class II, Div. 2, Groups F and G (T4A).
Class III.
NEMA/Type 4X.
Ambient temperature limits: –40°C to +75°C.
UV Detector:
Class I, Div. 1, Groups B, C and D (T4).
Class I, Div. 2, Groups A, B, C, and D (T4).
Class II, Div. 1 & 2, Groups E, F, and G (T4).
Class III (T4).
NEMA/Type 4X.
Ambient temperature limits: –40°C to +125°C.
CENELEC:
Electronic Module —
EEx d IIC T4 (Tamb = –60°C to +75°C)
EEx d IIC T5 (Tamb = –60°C to +65°C)
EEx d IIC T6 (Tamb = –60°C to +50°C)
IP66.
UV Detector —
EEx d IIB +H2T4 (Tamb = –55°C to +125°C)
EEx d IIB +H2 T5 (Tamb = –55°C to +90°C)
EEx d IIB +H2T6 (Tamb = –55°C to +75°C)
IP66.
CE: Conforms to all relevant European Directives.
SHIPPING WEIGHT—
UV Detector
Aluminum: 1.2 pounds (0.6 kg)
Stainless Steel: 2.2 pounds (1.0 kg).
Electronic Module
Aluminum: 4.0 pounds (1.8 kg).
Stainless Steel: 9.5 pounds (4.3 kg).
5 90-1140
Figure 4—EQ2200UVHT Junction Box Dimensions
in Inches (Centimeters)
0.32 (0.81) OVAL SLOT MOUNTING
(TYPICAL FOUR PLACES)
3.39
(8.6)
4.66
(11.8)
5.20
(13.21)
0.28
(0.71)
2.69
(6.83)
B1988
6.62
(16.8)
1.28
(3.25)
3/4 INCH NPT
OR 25/20 MM

INSTALLATION
NOTE
Refer to the Eagle Quantum system manual, form
number 95-8470, for complete instructions
regarding wiring and installation.
WARNING
Do not open any junction box or device enclosure
when power is applied without first de-classifying
the hazardous area.
ELECTRONIC MODULE ASSEMBLY
1. Mount the device on a solid surface that is free of
vibration.
2. Remove the cover from the junction box.
3. Loosen the three captive screws that hold the elec-
tronic module to the terminal wiring board and
remove the module. See Figure 5.
4. Loosen (do not remove) the two captive screws
that secure the terminal wiring board inside the
junction box, and remove the terminal wiring board.
See Figure 6. (The terminal blocks are located on
the bottom side of the terminal wiring board.)
5. Connect the UV detector wires to the appropriate
points on the P3 terminal. Connect the 24 vdc
power wires and the communication network cable
to the appropriate points on the P2 terminal. See
Figure 7 for terminal identification. Note that the
plug-in terminals can be removed to facilitate
wiring.
IMPORTANT
Insulate the shields to prevent shorting to the
device housing or to any other conductor.
NOTE
Terminals 4 and 9 (shield) are connected inter-
nally, as are terminals 5 and 8 (24 vdc +) and ter-
minals 6 and 7 (24 vdc –).
6. Re-install the terminal wiring board inside the junc-
tion box.
6
LOOSENTHREE SCREWS
TO REMOVE ELECTRONIC MODULE
ELECTRONIC MODULE
TERMINALWIRING BOARD
A1992
Figure 5—Electronic Module Installed on Terminal Wiring Board
Figure 6—Terminal Wiring Board with Electronic Module Removed
LOOSENTWO SCREWSTO
REMOVETERMINAL WIRING BOARD
A1993
Figure 7—EQ2200UVHT Wiring Terminal
1
2
3
4
5
6
7
8
9
10
A1989
11
12
SHIELD
SHIELD
SHIELD
SHIELD
A
B
B
A
–
+
–
+
COM 2
24 VDC
COM 1
1
2
3
4
5
A
B
C
D
P2
P3
UV FLAME DETECTOR
TERMINAL BLOCK

7. Set the rocker switches for the desired address.
Each device on the LON/SLC must be assigned a
unique address. This is accomplished by setting DIP
switches on the module’s circuit board. See Figure 8.
Each rocker switch has a specific binary value. The
node address is equal to the added value of all
closed rocker switches. All open switches are
ignored. The valid address range is from 5 to 250.
Refer to the Eagle Quantum system manual (form
95-8470) for additional information.
8. Re-install the electronic module, ensuring that the
connector is aligned correctly. Tighten the three
captive screws that hold the electronic module in
place.
9. Replace the junction box cover and hand tighten to
ensure proper sealing.
UV FLAME DETECTOR
Wiring to the UV detector must be between 12 and 18
AWG with a minimum voltage rating of 600 volts rms
and a minimum temperature rating of 125°C. The use
of shielded cable is highly recommended to provide
maximum protection from RFI/EMI interference.
1. Mount the Swivel Mounting Bracket using 1/4 inch
(M6) screws with a length of at least 1 inch (25
mm). The mounting surface should be free of
vibration. Allow adequate space around the swiv-
el to facilitate aiming and wiring of the detector.
Armored flexible conduit should be used for the
final 3 feet (one meter) of the cable run to allow for
aiming and alignment of the detector.
2. Attach the detector to the Swivel Mounting Bracket.
3. Disassemble the detector enclosure by turning the
housing cover counterclockwise. See Figure 9.
NOTE
If the detector is equipped with a cover locking
device, it must be loosened using a hexagonal
(Allen) wrench (see Figure 10).
4. Connect the wires to the appropriate screw termi-
nals on the detector terminal block. See Figure 7
for terminal identification. Do not ground the shield
to the detector housing. (Tape off the shield and
leave it disconnected.)
7 90-1140
TERMINAL BLOCK
INDEX PIN
HOUSING COVER
UV SENSOR TUBE MODULE
A1994
Figure 9—High Temperature UV Detector
Figure 10—Detector with Cover Locking Assembly
B0769
CATCH
BARREL
WINDOW CAP
TERMINAL CAP
BLIND HOLE
CATCH SCREW
STRAP
COVER
LOCKING
ASSEMBLY
12345678 1234
1 2 4 8 16 32 64 128
OPEN OPEN
}
LEAVE IN
OPEN POSITION
NODE ADDRESS EQUALS THE ADDED VALUE
OF ALL CLOSED ROCKER SWITCHES A1557
BINARY
VALUE
CLOSED = ON
OPEN = OFF
Figure 8—Field Device Address Switches

5. Remove the UV sensor tube module from its ship-
ping package. When handling the sensor tube
module, be careful not to touch the sensor tube,
since oil from the skin can attenuate UV radiation,
reducing the sensitivity of the tube.
6. Using the index pin as a guide, install the sensor
module on the detector terminal block.
7. Re-assemble the detector housing. If the detectors
are equipped with cover locking devices, loosen
the clamp sufficiently so that the “catch”can be
seated in the blind hole provided on the terminal
cap. See Figure 10. The clamp must then be fas-
tened securely around the detector barrel by tight-
ening with the proper tool.
8. Clean the viewing window and oiring.
9. Check the viewing window surface (Figure 11) and
ensure that:
A) The oisource (UV test lamp opening) is locat-
ed on top.
B) The split in the oireflective ring is not aligned
with the UV test lamp opening on the detector
module.
C) The split in the oiring is directed downward to
prevent a buildup of contaminants between the
oiring and the viewing window.
10.Aim the detector at the potential hazard and tight-
en the nut on the swivel mounting bracket.
11.Install any optional accessories (such as air
shields).
ORDERING INFORMATION
When ordering, please specify:
EQ2200UVHT Electronic Module
C7050B High Temperature UV Detector
(006899 Series)
One electronic module assembly and one high tem-
perature UV detector are required for each detection
point. Specify:
Material: Aluminum or Stainless Steel
Conduit entry size: 3/4 inch NPT or 25/20 MM for
electronic module
1/2 inch NPT or 20 MM for
UV Detector
Replacment Parts:
Part Number Description
006598-002 Electronic Module Assembly Only
003240-221 DE1888K3 UV Sensor Module with oi
002519-001 Oi Reflector Ring
For additional information or for assistance in design-
ing a system to meet the needs of a specific applica-
tion, please contact:
Detector Electronics Corporation
6901 West 110th Street
Minneapolis, Minnesota 55438 USA
Operator: [phone] or (800) 765-FIRE
Customer Service: [phone]
Fax: [phone]
Web site: www.detronics.com
E-mail: [e-mail]
Figure 11—Viewing Window of UV Detector
B1991
oiRING
SPLIT IN oiRING
(MUST BE POSITIONED
ON THE DOWNWARD SIDE
OF UNIT WHEN MOUNTED)
UV TEST LAMP*OPENING
*UV TEST LAMP OPENING MUST NOT BE ALIGNED WITH SPLIT IN oiRING
Detector Electronics Corporation
6901 West 110th Street •Minneapolis, Minnesota 55438 •Operator [phone] or (800) 765-FIRE
Customer Service [phone] •Fax [phone] •www.detronics.com •E-mail: [email protected]
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