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September 28, 2026 BY
IN SAACKE

SAACKE TEMINOX THE ULTRA-LOW-NOX BURNER FOR YOUR PROCESS HEAT

THE ULTRA-LOW-NOX BURNER FOR YOUR PROCESS HEAT.

Thanks to its efficient and low-pollutant combustion, the SAACKE

TEMINOX complies with the most stringent emission regulations

for both gas and oil operation, while keeping residual oxygen

levels in the exhaust gas low. The burner is available with an

integrated fan as a monoblock version or with a separate fan

as a duoblock version.

Power range

3 – 28 MW

Fuels

• Natural gas

• Liquid gas

• Hydrogen

• Light fuel oil

• Synthetic fuels

• Special fuels (biogases, bio-oils, etc.)

Applications

• New construction and modernization of industrial plants:

• Shell boilers

• Water-tube Boilers

• Thermal oil heaters

• Thermal processing systems

Industry overview

• Energy and heat supply

• Chemicals

• Refineries

• Food industry

• Waste recycling

• Steel and metal processing

• Building materials industry

• Wood processing

• Consumer goods
September 28, 2026 BY
IN SAACKE

SAACKE TEMINOX Benefits

Benefits

• Lowest emissions that reliably comply with or even exceed

country-specific emission regulations, such as BImSchV.

• High efficiency due to low residual oxygen in the exhaust

gas, even with high emission requirements.

• Highly efficient, soundproofed fan (monoblock) with low

power consumption.

• Compliance with CE directives, type-tested.

• Robust and modular design.

• Easy installation, commissioning, and maintenance.

• Suitable for a wide range of heat generators.

• Available as natural gas, light oil, or dual-fuel burners with

the option of simultaneous operation of two fuels and 

combustion of special fuels.

• Version for air preheating (optional).

• Integrated combustion management system (optional).

• Further modular system extensions possible.
September 23, 2026 BY
IN SAACKE

SAACKE SWIRL BURNER SSB Industry overview

Industry overview

• Energy and heat supply

• Chemicals

• Refineries

• Food industry

• Waste recycling

• Steel and metal processing

• Building materials industry

• Wood processing

• Consumer goods

Benefits

• Thermal utilization of industrial by-products.

• Low-emission combustion.

• No support fuel required.

• Reduction of CO2 emissions and significant contribution to environmental

protection.

• Previously unused fuels replace conventional standard fuels such as natural

gas or light oil – your advantage in times of uncertain heating markets.

• Reliable compliance with emission requirements according to BAT (Best

Available Technology).

• Significant reduction in the number of start-up and shutdown processes

with unnecessary ventilation sequences thanks to a large control range.

• Suitable for sub- and over-stoichiometric combustion with a large lambda

range of 0.3–4.0.

• Flame geometry can be individually adapted to each combustion chamber

through various burner settings. If required, unmatched stable and short

flames are possible.
September 23, 2026 BY
IN Basler Electric

Basler Electric BE1-67N PUSH-TO-ENERGIZE OUTPUTS

PUSH-TO-ENERGIZE OUTPUTS

A push-to-energize pushbutton is included for each tripping output contact. These pushbuttons can be

used to verify correct operation of external control circuit wiring without the need to supply test signals to

the relay. Control power must be applied for this function to operate. The pushbuttons are recessed

behind the relay front panel and are not accessible with the cover installed.

TARGETS

One target is included for each tripping function as specified by style number. Targets are operated either

by the internal signal initiating tripping (internally operated) or by a minimum of 200 mAdc flowing through

the series circuit consisting of the target coil and output relay contacts (current operated). Within a

specific relay, all targets must be operated in the same way.

POWER SUPPLY OPTIONS

Various power supply options are available to allow the BE1-67N relay to be used with standard supply

voltages. See the style chart for details.

POWER-UP DELAY

A power-up delay timer is initiated upon application of control power to the relay to prevent undesired

contact transitions when sensing signals are present. Operation of measuring circuits and output circuits

are inhibited (less than 0.5 seconds) until the power-up delay period has expired.
September 23, 2026 BY
IN Basler Electric

Basler Electric BE1-67N Zero Sequence Voltage

Zero Sequence Current

Zero sequence current polarization is preferred for applications with low ground source impedance.

Figure 1-1 illustrates relay connections that obtain zero sequence current (3I0

) from a separate current

transformer in the grounded neutral of a two winding wye-delta power transformer. Figure 1-2 illustrates

relay connections that obtain zero sequence current from a current transformer(s) in the grounded

neutral(s) of a three winding transformer. The magnitude of the zero sequence current used for polarizing

may be different from that of the ground current seen by the measuring element(s) of the relay.

Zero Sequence Voltage

Zero sequence voltage polarization is preferred for higher ground source impedances. Refer to Figures 1

1 and 1-2 for relay connections that obtain zero sequence voltage (3V0

) from a set of grounded wye

broken delta voltage transformers. The voltage polarized relay has a directional polarization adjustment to

match the impedance angle of the protected line to the characteristic angle of the relay. This is the angle

about which the directional angle is centered. A choice of line angles allows the relay to be adjusted to

include the resistance component of the ground fault.
September 23, 2026 BY
IN SAACKE

SAACKE SWIRL THE MULTI-TALENTED SOLUTION FOR YOUR REQUIREMENTS

THE MULTI-TALENTED SOLUTION FOR YOUR REQUIREMENTS.

The SAACKE SSB swirl burner enables the thermal utilization and

low-emission combustion of special fuels with extremely low calorific

values without any supporting fuel. This all-rounder is particularly

suitable for steam and heat production as well as in thermal process

and drying plants.

Power range

1.5 – 90 MW

Fuels

• Natural gas

• Liquid gas

• Hydrogen,

• Light fuel oil

• Heavy fuel oil

• Synthetic fuels

• Special fuels (biogases, bio-oils, dust, lean gases, etc.)

Applications

• New construction and modernization of industrial plants:

• Shell boilers

• Water-tube boilers

• Thermal oil heaters,

• Thermal processing systems

• Hot gas generators and combustion chambers

• Other thermal processing and drying plants

• Ignition and support firing
September 23, 2026 BY
IN SAACKE

SAACKE ROTONOX Industry overview

Industry overview

• Energy and heat supply

• Chemicals

• Refineries

• Food industry

• Waste recycling

• Steel and metal processing

• Building materials industry

• Wood processing

• Consumer goods

Benefits

• For all liquid and gaseous standard and special fuels.

• Complies with European BAT requirements.

• Outstanding durability.

• The safe and low-pollutant combustion (thermal recycling) of the most

difficult fuels, waste materials, and recyclables is the main function of

the rotary atomizer.

• Suitable for almost all heat generators and combustion chamber geometries.

• Robust, modular design based on rotary atomizer technology that has

been proven thousands of times over.

• Simultaneous combustion of multiple gases and oils.

• Very wide control range for liquid and gaseous fuels.

• Low fuel supply pressure and low preheating temperature required.

• High efficiency, low maintenance costs, and long service life.

• Compliant with European directives and regulations of ship classification

societies.

• Uncomplicated installation and commissioning.

• Unmatched flexible burner concept.

• Version for air preheating (optional).

• Integrated combustion management system (optional).

• Further modular system extensions possible.
September 23, 2026 BY
IN SAACKE

SAACKE ROTONOX THE NEW ROTARY ATOMIZER FOR MAXIMUM EFFICIENCY

THE NEW ROTARY ATOMIZER FOR MAXIMUM EFFICIENCY.

The SAACKE ROTONOX burns a wide variety of gaseous and highly

viscous substances extremely economically and with low emissions. 

Rotary atomizer technology offers you perfect combustion behavior

with maximum efficiency, variability, and reliability.

Power range

1 – 45.3 MW

Fuels

• Natural gas

• Liquid gas

• Hydrogen

• Light fuel oil

• Heavy fuel oil

• Synthetic fuels,

• Special fuels (biogases, bio-oils, animal fats, special gases, special oils,

other alternative liquid and gaseous fuels)

Applications

• New construction and modernization of industrial plants:

• Shell boilers

• Water-tube boilers

• Thermal oil heaters

• Thermal processing systems,

• Hot gas generators and combustion chambers
September 23, 2026 BY
IN Basler Electric

Basler Electric BE1-87G RESTRAINT CHARACTERISTICS

RESTRAINT CHARACTERISTICS

At high current levels, the inevitable difference in the

saturation characteristics between current transform

ers requires a compensating decrease in relay

sensitivity. The design of the BE1-87G provides a

restraint factor that is proportional to input current.

Specifically, the BE1-87G compares the two sensed

currents (in and out) to determine which is less. This

lower current level becomes the restraining current.

The difference between the two sensed currents (I0

) is compared to a reference established by the sensitivity

setting and adjusted by an amount proportional to the

restraining current. (The typical ratio is given in the

formula on page 3.) This makes the BE1-87G more

sensitive to low current internal faults, for which the

relay should operate, and less sensitive to external

faults with high levels of through current for which the

relay should not operate.
September 23, 2026 BY
IN Basler Electric

Basler Electric BE1-67N Dual Zero Sequence Current and Voltage

Dual Zero Sequence Current and Voltage

Dual polarization is preferred where ground source impedance varies, or to provide redundant

polarization. Dual polarization is achieved using a polarizing signal that is the phasor sum of the current

and voltage polarizing signals.

OUTPUT CONTACTS

BE1-67N relays have the following output contacts: relay status alarm (relay fail), tripping, and auxiliary

(optional).

Relay Status Alarm

A relay status alarm output contact (relay fail) indicates that proper voltages are not being supplied to the

internal relay circuitry or that the microprocessor self-diagnostics has detected an error. This alarm output

contact is normally closed.

Tripping

Normally open or normally closed tripping contacts are included for each function within the relay.

Configuration of these contacts is defined by the relay style number. These output contacts are used with

optionally selected target indicator circuits.

Auxiliary

Normally open, normally closed, or single pole double throw (SPDT) auxiliary contact configurations are

provided to act in parallel with the tripping function(s) of the relay. Configuration of the auxiliary output

contacts are also defined by the relay style chart.

An auxiliary contact can be configured (via internal switches) to operate in parallel with any combination

of tripping outputs. Configurable auxiliary outputs permit use of the BE1-67N relay in various carrier

schemes.

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