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As a developer and manufacturer of mechanical and electronic metering and control equipment we want to offer solutions for your applications or make new designs for your requirements. Trust in our longtime experience with the general industrial machine and plant engineering as well as for specific areas concerning process technology and mining.

Our products control, with the use of technical processes and physical principles, flow, level, pressure and temperature of liquid and gaseous media. HONSBERG products are applied in waste water, diesel engines, compressors, construction machines, machine tools,
cooling devices as well as in printing and paper machines, just to mention a few applications.
Product Line Up
Flow
 
Piston Valve Design
Magnet equipped, spring supported piston is driven by the flow rate and triggers magnetically adjustable contact or pointer units.
  • good repeatability
  • low pressure drop
  • precise continuous setting of switch value
  • dirt resitant
  • also for darke or contaminated liquids
Piston Inline Design
Magnet equipped, spring supported piston is driven by the flow rate and triggers magnetically adjustable contact.
  • good repeatability
  • precise continuous setting of switch value
  • dirt resitant
  • also for darke or contaminated liquids
  • indicator options
Variable Area
Float is moving flow dependently in transparent conical metering tube indicating the actual flow rate by position on housing scale.
  • good accuracy
  • good repeatability
  • for liquids and gasses
Paddle
Flow dependent paddle movement activates adjustable limit contacts and / or pointer metering units.
  • good repeatability
  • low pressure drop
  • precise continuous setting of switch value
  • also for darke or contaminated liquids
  • dirt resitant
Dynamic Flap
A thin, spring-mounted shutter that covers the entire flow cross-section is displaced by the flow of the liquid. The shutter has a magnet that creates a changing magnetic field when the shutter is displaced. This field is detected by a analogue hall-sensor. Due to the spring properties of the shutter and a molded stop, even strong water impacts can be withstood. The low number of parts coming into contact with media guarantees low soiling properties and reliable operation.
  • fast response time
  • large overload security
  • measurement range 1:80!
  • low pressure loss
 
Rotor
Flow dependent revolution of rotor elements provide linear signals by induktiv, optical or magnetic sensors.
  • wave / axle
  • ±3% of full scale
  • self safe function
  • also as probe form possible
Turbine
Flow dependent revolution of turbine elements provide linear signals by induktiv, optical or magnetic sensors.
  • wave
  • ±1% of full scale
  • self safe function
  • large measuring range
  • compact
Gear Wheel
Gear wheel flow meter, which provides a linear frequency signal by flow proportional revolution of a gear wheel and sensoring by a field biased Hall sensor. Viscosity compensated by volumetric operation.
  • axle
  • ±3% of full scale
  • self safe function
  • viscosity comensated
  • only for liquids
Oval Wheel
The oval wheel flow meters are used for measuring, control and counting viscous flow directions.
  • axle
  • ±2,5% of the measured value
  • self safe function
  • viscosity comensated
  • only for liquids
Calorimetric
Electronical flow control without moving parts. Flow dependent temperature differential is electronically compensated and serving as decisive parameter for the flow control.
  • compact flow switch
  • no moving parts
  • very low pressure drop
  • high grate materials
  • one sensor for a wide range of pipe diameters
 
Inductive
In case of inductive metering a conductive fluid generates a flow proportional voltage (induction) in a magnetic coil.
  • no moving parts
  • very low pressure drop
  • high grate materials
  • one sensor for a wide range of pipe diameters
Ultrasonic
The flow control by ultrasonic technology refers to the impact of flow velocity to the ultrasonic signals. The signal is emitted and received by a separate sensor element with a delay which is directly depending on the flow velocity.
  • no moving parts
Vortex
A narrow, triangular body that goes through the entire cross-section of the meter tube creates a vortex when a flow is present (Kármáns vortex effect). The frequency of the vortex is proportional to flow and is detected by a piezo sensor lying behind the triangular body. The entire unit, vortex body, and detector as designed as a module. They are inserted into the tube. The meter tube and the entire measuring unit can thus be separated from each other extremely quickly.
  • no moving parts
  • large overload security
  • high accuracy
Sight Glass
The liquid enter the sight glass allowing a quality and substance observation.
  • no moving pards
  • for dark or contaminated liquids
  • double-faced, wide windows
Flap
The liquid enter the sight glass allowing a quality and substance observation. Additional flap component allow a quantitative trend indication of flow rate.
  • for dark or contaminated liquids
  • double-faced, wide windows
 
Sphere
The liquid enter the sight glass allowing a quality and substance observation. Additional sphere component allow a quantitative trend indication of flow rate.
  • high temperature rating
Orifice
Dynamic diaphragm adjust the free flow symetry by means of flow dependent differential pressure limiting the flowrate to pre determined value.
  • self supporting
  • wothout auxiliary energy
  
 
 
 
Level
Magnet equipped float follows the level and activates fixed or variable contact units. Ultrasonic sensor creates signals with the modification of the reference level mode.
  • reliable
  • good repeatability
  • wall- and top assembly
 
NM
Appliance:
level, float control
top assembly
Electr. Data:
reed switch n.o. / n.c.
250-300 V AC 0,5-1,3A 10-80 VA
Basic Data:
PN 5-40 , tmax=60-105°C
Connection:
Pg7 male thread socket plastic
G1/8A - G1/4A male thread socket stainless steel
Height:
40-75mm
NMS
Appliance:
level, float control
top assembly
Electr. Data:
reed switch n.o. / n.c.
250-300 V AC 0,5-1,3A 50-80 VA
Basic Data:
PN 12 , tmax=105°C
Connection:
G1/8A male thread socket brass
Height:
40-77mm
SB
Appliance:
level, float control
top assembly
Electr. Data:
reed switch change over
220 V AC 0.5 A 60 VA
Basic Data:
PN 12 , tmax=105°C
Connection:
G1A male thread socket brass
Height:
100-500mm
NR
Appliance:
level, float control
top assembly
Electr. Data:
reed switch n.o. / n.c.
250 V AC 1 A 250 VA
Basic Data:
PN 15 , tmax=100°C
Connection:
G2A male thread socket stainless steel
DN100 flange aluminium
Height:
250-1000mm
LC
Appliance:
level, float measure
top assembly
Electr. Data:
resistance chain 24 V DC 50mA
opional 4...20mA or 0...10V
Basic Data:
PN 10-40 , tmax=105°C
Connection:
G1A - G1 1/2 A male thread socket brass
G2A male thread socket stainless steel
Height:
250-2000mm
 
RW
Appliance:
level, float control
wall assembly
Electr. Data:
reed switch n.o. / n.c.
220-250 V AC 0.28-0.5 A 30-50 VA
Basic Data:
PN 5-6 , tmax=120-200°C
Connection:
1/2BSP male thread socket stainless steel
Depth:
80-89mm
RWI
Appliance:
level, float control
wall assembly
Electr. Data:
reed switch n.o. / n.c.
250 V AC 0.5 A 50 VA
Basic Data:
PN 3-6 , tmax=90-130°C
Connection:
M16 male thread socket plastic
23 compression gland plastic
Depth:
60mm
NW3
Appliance:
level, float control
wall assembly
Electr. Data:
reed switch n.o. / n.c.
230 V AC 1A 50 VA
Basic Data:
PN 10-25 , tmax=110°C
Connection:
G3/4A male thread socket brass / stainless steel
Depth:
72-76mm
NW1
Appliance:
level, float control
wall assembly
Electr. Data:
reed switch n.o. / n.c.
230 V AC 1A 50 VA
Basic Data:
PN 10-25 , tmax=110°C
Connection:
G3/4A male thread socket brass / stainless steel
Depth:
72-76mm
MW3
Appliance:
level, float control
wall assembly
Electr. Data:
micro switch change over
250 V AC 5 A
Basic Data:
PN 10-25 , tmax=110°C
Connection:
G3/4A male thread socket brass / stainless steel
Depth:
72-76mm
 
CWE
Appliance:
level, float control
wall assembly
Electr. Data:
micro switch change over
250 V AC 15(8) A
Basic Data:
PN 11 , tmax=85°C
Connection:
R1" male thread socket brass
Depth:
190mm
MWI
Appliance:
level, float control
wall assembly
Electr. Data:
micro switch change over
250 V AC 5 A
Basic Data:
PN 15 , tmax=180°C
Connection:
G1A male thread socket brass
Depth:
220mm
NG
Appliance:
level, float control
bypass assembly
Electr. Data:
reed switch n.o. / change over
220 V AC 0.2 A
Basic Data:
PN 8 , tmax=75°C
Connection:
1/2"NPT female thread aluminium
Hole Center Distance:
110-167mm
NBS
Appliance:
level, float indicate
top assembly
Basic Data:
tmax=50°C
Connection:
G3/8A male thread brass
Height:
185-445mm
NB
Appliance:
level, sight glass indicate
top assembly
Basic Data:
tmax=80°C
Connection:
G3/8A male thread brass
Height:
40-300mm
 
NA
Appliance:
level, sight glass indicate
wall assembly
Basic Data:
tmax=80°C
Connection:
G3/8A male thread brass
Height:
40-300mm
NL
Appliance:
level, infrared control
Electr. Data:
supply 5 or 12 V DC
transistor output
Basic Data:
tmax=100°C
Connection:
1/2" NPT male thread socket steel / stainless steel
EL
Appliance:
level, ultrasonic measure
Electr. Data:
supply 18...30 V DC
output 0...10V
Basic Data:
tmax=90°C
Connection:
M18x1 / M30x1,5 male thread socket plastic
Range:
100-2500mm
    
 
Temperature
Bimetal element is tiggered by pre fixed temperature. Diphragm with adjustable characteristic allows adjustable temperature control, PT 100/1000 sensors provided linear, temperature related signal.
  • optional installation
  • compact dimensions
 
TF1
Principle:
control
Electr. Data:
n.o. / n.c.
230 V AC 10 A
Basic Data:
PN 100 , tmax=100-140°C
Connection:
G1/2A male thread socket brass
Range:
50-90°C
TR
Principle:
control
Electr. Data:
change over
250 V AC 15(8) A
Basic Data:
PN 16 , tmax=145°C
Connection:
R1/2" male thread socket brass
Range:
35-130°C
ETS
Principle:
measure
Electr. Data:
supply 10...30 V DC
output 4...20 mA
Basic Data:
PN 25 , tmax=80°C
Connection:
G1/2A male thread socket stainless steel
Range:
0-100°C
ETSD
Principle:
differential measure
Electr. Data:
supply 10...30 V DC
output 4...20 mA
Basic Data:
PN 25 , tmax=80°C
Connection:
G1/2A male thread socket stainless steel
Range:
0-50°C
  
 
Pressure
Piston or diaphragm are moving pressure related and activate adjustable contacts. A piezoresistive strain relief element provides a linear signal of 4-20mA as open ceramic sensor or in flushing stainless steel design.
  • optional installation
  • compact dimensions
  • low hysteresis
 
PM
Principle:
control
Electr. Data:
n.o. / n.c.
48 V AC 0.5(0.2)A
Basic Data:
PN 80-300 , tmax=60°C
Connection:
R1/8" male thread socket brass / steel / stainless steel
Range:
0.15 - 150 bar rel
PH
Principle:
control
Electr. Data:
n.o. / n.c.
48 V AC 0.5(0.2)A
Basic Data:
PN 80-300 , tmax=60°C
Connection:
R1/8" male thread socket brass / steel / stainless steel
Range:
0.15 - 150 bar rel
PI
Principle:
control
Electr. Data:
change over
250 V AC 3(2)A
Basic Data:
PN 60-600 , tmax=60°C
Connection:
R1/8" - R1/4" male thread socket aluminium
Range:
0.2 - 300 bar rel
VP
Principle:
control
Electr. Data:
n.o. / n.c.
48 V AC 0.5(0.2)A
Basic Data:
PN 20 , tmax=60°C
Connection:
R1/8" male thread socket steel / stainless steel
Range:
200-900 mbar
MD
Principle:
differential control
Electr. Data:
change over
250 V AC 5(0.5)A ,
24 V AC 1(0.2)A
Basic Data:
PN 0.15-0.3 , tmax=80°C
Connection:
6.2 nozzle plastic
Range:
0.2 - 10 mbar rel
 
PS
Principle:
measure
Electr. Data:
supply 11.5...30 V DC
output 4-20 mA
Basic Data:
PN 16-200 , tmax=125°C
Connection:
G1/4A male thread socket stainless steel
Range:
0-100 bar
EPS
Principle:
measure
Electr. Data:
supply 10...30 V DC
output 4...20 mA
Basic Data:
PN 1-400 , tmax=80°C
Connection:
G1/2A male thread socket stainless steel
Range:
0-400 bar
EPS1
Principle:
measure
Electr. Data:
supply 10...30 V DC
output 4...20 mA
Basic Data:
PN 1-400 , tmax=80°C
Connection:
G1/2A male thread socket stainless steel
Range:
0-200 bar
EPD1
Principle:
differential measure
Electr. Data:
supply 10...30 V DC
output 4...20 mA
Basic Data:
PN 3-400 , tmax=80°C
Connection:
G1/2A male thread socket stainless steel
Range:
0-200 bar
  
 
Integrated Systems
 
Omni
  • two switching points
  • hysteresis selectable in magnitude and direction
  • 4(0) – 20mA analogue output
  • graphical LCD display (increased temperature range, illuminated, units in the display, incl. super-bright signalling LED)
  • dialogue messages in the display
  • programming ring (can be operated when wearing protective gloves)
  • programming protection by turning through 180° or by removing
  • programming ring
  • stainless steel housing
  • mineral glass (tempered, scratch and breakage proof) for covering the display
  • M12x1 connector system
  • system mounting to all HONSBERG primary sensors (rotatable)
  • compact dimensions
  • IP 67
Flex
  • 4-20 mA or 0-10 V output
  • switch or frequency output pnp, npn
  • LED switch indicator surround
  • hysteresis variable
  • switch on delay variable
  • switch off delay variable
  • delay subsequent to supply
  • high level of variation selection
  • easy programming using magnet
  • M12x1 connector system
  • identical handling of different sensors
  • system mounting to all HONSBERG primary sensors (rotatable)
  • stainless steel housing
  • compact dimensions
  • IP 67
 
      
 
Converter
Honsberg supplies a range of signal transducers which can be used in combination with Honsberg devices or even as stand-alone units within the context of the metering task set. These components have been designed to match Honsberg devices, and support operation and safety.
 
A-H1
Principle:
switch head ATEX
I M1 EEx ia I
II 1G EEx ia IIC T4
II 1D EEx iaD 20 T135
Electr. Data:
30V 1.5A 50W change over
Basic Data:
tmax=50°C
A-H2
Principle:
switch head ATEX
I M1 EEx ia I
II 1G EEx ia IIC T4
II 1D EEx iaD 20 T135
Electr. Data:
30V 1.5A 50W n.o. or n.c.
Basic Data:
tmax=50°C
A-U1
Principle:
switch head ATEX
I M1 EEx ia I
II 1G EEx ia IIC T4
II 1D EEx iaD 20 T135
Electr. Data:
30V 1.5A 50W n.o. or n.c.
Basic Data:
tmax=50°C
A-V1
Principle:
switch head ATEX
I M1 EEx ia I
II 1G EEx ia IIC T4
II 1D EEx iaD 20 T135
Electr. Data:
30V 1.5A 50W change over
Basic Data:
tmax=50°C
A-V2
Principle:
switch head ATEX
I M1 EEx ia I
II 1G EEx ia IIC T4
II 1D EEx iaD 20 T135
Electr. Data:
30V 1.5A 50W change over
Basic Data:
tmax=50°C
 
A-V3
Principle:
switch head ATEX
II 2G EEx D IIC T6
Electr. Data:
250V AC 5A change over
Basic Data:
tmax=50°C
EEZ-904
Principle:
counter
Electr. Data:
supply 90...260 V AC, 48 V AC , 24 V AC or 11...30 V DC
2 relay with potentalfree make or break contact or optocoupler with open collector and emitter
Basic Data:
tmax=50°C
EEV
Principle:
frequency/frequency converter
Electr. Data:
supply 10...30 V DC
output PNP, NPN or NPN OC
Basic Data:
tmax=70°C
EFFF
Principle:
frequency/frequency converter
Electr. Data:
supply 10...30 V DC
output PNP, NPN or NPN OC
Basic Data:
tmax=70°C
EFFI
Principle:
frequency Sensor with current output
Electr. Data:
supply 10...30 V DC
output 0..20 mA or 4..20 mA
Basic Data:
tmax=70°C
 
EFFS
Principle:
frequency switch
Electr. Data:
supply 10...30 V DC
output PNP, NPN or NPN OC
Basic Data:
tmax=70°C
EFFU
Principle:
frequency Sensor with voltage output
Electr. Data:
supply 10...30 V DC
output 0..10 V or 2..10 V
Basic Data:
tmax=70°C
ESA1
Principle:
local electronic unit and switching module
Electr. Data:
supply 24 V DC
output n.o. 24 V DC
Basic Data:
tmax=60°C
ESK2
Principle:
local electronic with two electronic switching outputs
Electr. Data:
supply 18...30 V DC
electronic , NPN/PNP connectable
Basic Data:
tmax=80°C
ESK3
Principle:
local electronic with two electronic switching outputs
Electr. Data:
supply 230 V AC
output relay contact
Basic Data:
tmax=80°C
 
GIA
Principle:
Display with switching point
Electr. Data:
4...20 mA, two wire
Basic Data:
tmax=50°C
MSR
Principle:
multifunctional relay
Electr. Data:
supply 230 V AC
output relay and 24 V DC
Basic Data:
tmax=70°C
WE
Principle:
isolated switching amplifier with realay output
intrinsically safe control circuit [EEx ia] IIC
Electr. Data:
supply 198-253 V AC,
45-65 Hz
Basic Data:
tmax=60°C
    
 
Filter
Honsberg filters are provided to protect Honsberg devices against soiling or as independent components for coarse and fine filtration of liquids.

The fine filters [ZE] have filter cartridges in a fineness range from 5-250 pm in metal or ceramic and are thus able to take over tasks which require extremely fine filtration.

A standard dirt trap is only able to achieve part of its protective function where ferrite abrasion is present in the medium, which is much smaller in grain size than the mesh of the dirt trap and is thus rinsed through it. For such cases, Honsberg magnetic filters [ZV] provide additional protection in that a magnetic rod which is equipped with shielded pairs of magnets is positioned in the centre of the dirt trap sieve and precipitates ferrite materials.

The individual pairs of magnets are poled in a certain way and shielded from one another by soft iron discs creating an optimum magnetic field in the area of the sieve, thus guaranteeing better efficiency.

The connection of the magnetic rod with the dirt trap cover leads to simple cleaning of the magnetic rod within the context of the specified maintenance intervals. The application ranges of Honsberg magnetic filters include industrial lubricating and cooling circuits as well as wherever the protection of high-quality metering devices such as heat counters etc. must be guaranteed, such as in the area of heating technology with boilers and radiators
 
ZV
Principle:
magnetic filter
Basic Data:
PN 16, tmax=60°C
Connection:
G1/2 - G3 female thread bronze
ZE
Principle:
fine filter
Basic Data:
PN 10, tmax=52°C
Connection:
Rp 1/8 - Rp3/4 female thread plastic
      
 
Accessories
The accessories range includes mechanical components such as valves [VC], valve strips [VB, fittings [TS] and flanges [FL] or electrical components as contact protection [HE].
 
VB
Principle:
manifold 1-8 Measurement Spots
Basic Data:
PN 25, tmax=110°C
Connection:
G3/4 female thread aluminium
VC
Principle:
control valves
Basic Data:
PN 16, tmax=120°C
Connection:
NPT1/8" female thread stainless steel
FL
Principle:
flange connection
Connection:
flange DN32 steel/stainless steel
TS
Principle:
T-fitting
Connection:
female thread G3/8 to G2 brass/stainless steel
HE
Principle:
spark protector
Electr. Data:
250 V AC 50 Hz; 630 V DC
         

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