Contrive Trio Instruction Manual

Trio Trio Trio Trio
AUTOMATIC INDUSTRIAL BURNER CONTROL SYSTEM - - - - SINGLE STAGE DIRECT IGNITION AUTOMATIC INDUSTRIAL BURNER CONTROL SYSTEM
AUTOMATIC INDUSTRIAL BURNER CONTROL SYSTEM AUTOMATIC INDUSTRIAL BURNER CONTROL SYSTEM
TECHNICAL DATA TECHNICAL DATA TECHNICAL DATA TECHNICAL DATA
Supply voltage
Frequency §
Power consumption
Power dissipation
Maximum outputs load
Line fuse
Operating temperature
Storage temperature
Relative humidity
Plastic Enclosure
Protection class (EN69529)
Mounting position
Weight
Purge time
Pre-ignition
Startup safety time
Operating safety time
Postventilazione
Allowed postcombustion time
Auto shutoff & timer (optional)
Lifecycle counter
Minimum flame ionization current
Flame current limitation
Flame detector voltage
Flame detector Insulation
Flame detector line length
Single rod detector line length
Optional communication interface
§ Sinewave, quasi-sinewave, squarewave
CONFORMITY CONFORMITY CONFORMITY CONFORMITY
Gas Equipment Directive (90/396/EEC)
Low Voltage Equipment Directive (73/23/EEC)
Machinery Directive (89/392/EEC)
EMC Directive (89/336/EEC)
EN298 compliant
EN746-2 compliant
UNI10156 compliant
Italian DPR 15/12/1996 n° 661 compliant
© 2000 CONTRIVE – B1440.ENG
SINGLE STAGE DIRECT IGNITION
SINGLE STAGE DIRECT IGNITION SINGLE STAGE DIRECT IGNITION
230 V ±15%
50/60 Hz
3 VA
MAX
2W
MAX
3 A @ 230 V cos ϕ 0.4
3,15 A
5x20mm QUICKBLOW
0÷60 °C
-20÷80 °C
45÷85 %
120x120x103 mm
IP40
Wall, pipe
480 g
MAX
1÷250 s
500 ms
2÷25 s
1÷12 s
1÷250 s
< 20 s
00h05m ÷20h50m
524288
> 1 A
µ
0,5 mA
250 V ac
> 50 M
Ω
< 30 m
< 1 m
TraxBus
Page 1 / 12
APPLICATION APPLICATION
APPLICATION APPLICATION
Trio is designed for the management of a 350 kW
directly ignited single burner, any power if the burner
is modulating, or flame rod detection (even shared
with ignition).
Since time and cycle can be programmed, the same
device can be used to control any gas burners and
meet all relevant requirements.
Some settings are set by the factory and password
protected to comply with the applicable standards,
whereas others are available to the user, who can
change several functions of the equipment to fit its
application requirements.
An advanced self-diagnostic system provides the
display of either the cycle status, the causes that
produced lockouts or the immediate diagnostic of the
failures that affect the equipment or the burner.
Remote control and supervision of the burner can be
implemented through traditional electrical wiring, or
through optional communication line, which provides
an easy management of multiple-burner systems
featuring great simplicity and low cost.
The pull-out terminal blocks allow the control device
to be easily replaced during maintenance operations.
June 2004
PRELIMINARY
www.burner-control.com