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1st trial for ignition period: 5 seconds
Air valve control relieves the furnace control
Automatic burner control unit, ignition transformer, indicators, and operating controls are in a space-saving metal housing that replaces the local burner control cabinet
For use with directly ignited burners of unlimited capacity in intermittent or continuous operation pursuant to EN 746-2
Flame control by UV, ionization, or another option for using the furnace chamber temperature
Display for the program status, device parameters, and flame signal
Manual mode for burner adjustment and for diagnostic purposes
Programming and diagnostic software BCSoft simplifies logistics management
Spacious connection chamber with plug-in terminal blocks and plug-in cable sockets for quick installation and servicing
FM approved

	FAQ: Kromschröder Product Labels and Type Codes (Blog Post)
	Burner Control BCU 460 Brochure
	Installation Instructions for Burner Control BCU 460
	Burner Control BCU 460 Technical Sheet
	Learn how to upgrade your Fireye or Honeywell Burner Control to a Kromschroder Burner Control

Model and Description	Price	Cart
PCO 200 Optical Adapter for BC Soft with USB interface, includes CD-ROM
Ignition Cable Silicone Rubber Cable High Voltage 7mm (priced per foot).

Click on images for close-up view.

	Modulating-controlled burner Control: ON/OFF/Continuous The external control system moves the butterfly valve for air to ignition position. The burner starts at low-fire rate, and a regulator controls the burner capacity via the butterfly valve for air after the operating state has been signalled.
	Two-stage-controlled burner ("L" products) Control: ON/OFF or ON/HIGH/LOW/OFF The BCU supports the cooling and purging processes. The burner starts at low-fire rate. When the operating status is reached the BCU advises the control unit. The PLC can now pulse the air valve in order to control the burner capacity.
	Single-stage-controlled radiant tube burner ("L" products) Control: ON/OFF The BCU supports the cooling and purging processes.

Electrical
Mains voltage:	115 V AC, -15/+10 %, 50/60 Hz
Inherent consumption:	approx. 9 VA plus inherent consumption of the ignition transformer.
Voltage to inputs and valves:	mains voltage
Signal and control line:	max. 2.5 mm²
Cable for burner earth/PE wire:	4 mm²
Input voltage signal inputs:	Signal "1": 80 - 126,5 Signal "2": 0 - 20
Input current signal inputs:	Signal "1" typ. 2 mA
Output current:	Max. 2 A per output, but total current for valves and ignition transformer: max. 2.5 A.
Fail-safe inputs and outputs:	All the inputs and outputs marked "FS" may be used for safety tasks.
Flame control:	Sensor voltage: approx. 230 VAC Sensor current: > 1 µA Length of sensor cable: max. 5 m
Fuse in unit:	F1: 3.15 A, slow-acting, H pursuant to IEC 127-2/5 F3: 3.15 A, slow-acting, H pursuant to IEC 127-2/5 (on BCU..C).
Ignition Transformer
Type:	TZI 7.5-12/100R
Input:	VAC: 115 Hz: 50 (60) A: 1.2 (0.9)
Output:	V: 7500 mA: 12 (9)
Operation and fault signaling contacts
Signalling contact (not floating):	max. 2 A, 264 V, not internally fused
Max. number of operating cycles:	1,000,000
Mains switch:	1000
Reset/Information button:	1000
Operation and Environment
Length of Burner cables:	max. 5 m. (16.4 ft.)
Ambient temperature:	-20°C (-4°F) to +60°C (+140°F) (no condensation permitted)
Construction Materials
Enclosure:	IP 54 pursuant to IEC 529
Housing:	Die-cast aluminium with plug-in terminal blocks and plug-in M20 cable glands.
Weight:	Approx. 5 kg (11 lbs.) depending on version.

Use the ZI-808 From the Internet
One of the most exciting features of the ZI-808 is its built-in web server. Its user interface is designed like a standard web page and embedded into the instrument. That means that any device that can open a web page can use it. Desktop, laptop, tablet, smart phone, Android, Windows, iOS, Linux, Edge, IE, Chrome, Firefox. read full post