Honsberg Flow Switches

Features:

• 4 x paddles supplied with each switch
• 1"BSP threaded pipe fitting
• All stainless steel option
• Easily adjusted by screw under sliding cover
• Standard (IP65) Din plug
• C/O microswitch rated 250Vac/5A

Details :

• Can be used from nominal width DN 25..200
• Suitable for media with ferritic particles.

Characteristics : The devices function via the principle of a paddle supported by a metal bellows, and the triggering of a micro switch.

Handling and operation :

• Attention! Paddle fixing unsecured. For critical conditions (e.g. vibration), fit a bolted fixing.
• Include straight calming section of 10 x DN in inlet and outlet
• If the media are dirty, install a filter.
• It must be ensured that the values given for voltage, current, and power are not exceeded.
• When switched on, a load must be connected in series.
• The electrical details apply to ohmic loads. Capacitive and inductive loads must be operated using a protective circuit.

Options :

• Switching ranges for oil
• Special values

Ordering information :

• Specify direction of flow, medium, and switching range.
• For oils, state viscosity, temperature and designation (e.g. ISO VG 68) (enquire about range).

Details :

• Adjusted switching value
• Highly reproducible
• Insensitive to dirt

Characteristics : The volume flow raises a piston (fitted with a magnet) out from a valve seat against a spring force. The piston actuates a hermetically separated reed switch.

Handling and operation :

• Include straight calming section of 5 x DN in inlet and outlet
• If the media are dirty, install a filter (use magnetic filter for ferritic components).
• It must be ensured that the values given for voltage, current, and power are not exceeded.
• When switched on, a load must be connected in series. The electrical details apply to ohmic loads. Capacitive, inductive and lamp loads must be operated using a protective circuit.

Options :

• Adjustment for oil or gas
• Special values

Ordering information :

• Specify direction of flow, medium, and switching point.
• For oils, state viscosity, temperature and designation (e.g. ISO VG 68) (enquire about range).
• For gases, state pressure (relative or absolute), temperature and medium (e.g. air) (enquire about range).

Details :

• Economical design
• High switching power
• Insensitive to dirt

Characteristics : Mechanical flow switch, for fluid media, with spring-supported piston and magnetic triggering of a reed switch. Robust construction in brass and POM.

Handling and operation :

• Include straight calming section of 5 x DN in inlet and outlet
• Include a filter if the media are dirty (use magnetic filter for ferritic components).
• It must be ensured that the values given for voltage, current, and power are not exceeded.
• When switch on, a load must be connected in series.
• The electrical details apply to ohmic loads. Capacitive, inductive and lamp loads must be operated using a protective circuit.

Options :

• Switching value for oil
• Special values
• Cable outlet 3 m
• Pressure stages PS 500 and PS 800 for DN 15

Ordering information :

• Specify direction of flow, medium, and switching range.
• For oils. State viscosity, temperature and designation (e.g. ISO VG 68) (enquire about switching range).

Mechanical flow switch, for fluid or gaseous media, with spring-supported piston and magnetic triggering of a reed switch. Robust construction in brass or stainless steel.

Features:

• 0.1 - 80 l/min switching range 1/4" - 1"
• BSP threaded connections
• Brass or Stainless Version Viscosity Compensated Version (HD2F)
• Optional visual displays
• ATEX Option

Mechanical flow switch, for fluid or gaseous media, with spring-supported piston and magnetic triggering of a reed switch. Robust construction in brass or stainless steel.

Features :

• 0.1 - 80 l/min switching range 1/4" - 1"
• BSP threaded connections
• Brass or Stainless Version Viscosity Compensated Version (HD2F)
• Optional visual displays
• ATEX Option

Features:

• 0.1 - 80 l/min switching range 1/4" - 1"
• BSP threaded connections
• Brass or Stainless Version Viscosity
• Compensated Version (HD2K)
• Optional visual displays
• ATEX Option

Mechanical flow switch, for fluid or gaseous media, with spring-supported piston and magnetic triggering of a reed switch. Robust construction in brass or stainless steel.

Features:

• 0.1 - 80 l/min switching range 1/4" - 1"
• BSP threaded connections
• Brass or Stainless Version Viscosity Compensated Version (HD2F)
• Optional visual displays
• ATEX Option

Details :

• Flow switch/transmitter for small flows in the foodstuffs industry
• Combination with temperature switch or transmitter possible
• No moving parts in the medium being measured
• Only one medium-contact material
• Simple to use
• Low pressure loss
• Various nominal widths
• Rapid response times for a calorimetric Sensor
• Linearised and temperature compensated

Characteristics :

• The HFK30-FIN flow sensor monitors fluid media. Its compact form combines the measurement tube and converter / counter. The integrated transducer has an analog output (4..20 mA or 0..10 V) and one switching output, which can be configured as a limit switch for monitoring minimal or maximal, or as a frequency output.
• The switching output is designed as a push-pull driver, and can therefore be used both as a PNP or an NPN output. The state of the switching output is signalled with a yellow LED in the switching outlet; the LED has all-round visibility.
• The sensor is configured in the factory, or alternatively this can be done with the aid of the optionally available ECI-3 device configurator (USB interface for PC). A selectable parameter can be modified on the device, with the aid of the magnet clip provided. In this case, the current measured value is saved as the parameter value. Examples of these parameters are the switching value or the metering range end value. The stainless steel electronics housing is rotatable, so it is possible to orient the cable outlet after installation.
• The converter / counter record two process parameters: the flow speed of the medium and its temperature. Both parameters can be assigned to the analog output or to the switching output.

Handling and operation :

• In order to ensure the sensor's maximum insensitivity to interference, the flow should run from bottom to top (best degassing even at the slowest flow speed). Standard crimp connectors, hoses with crush protection, or the crimp connectors provided by HONSBERG can be used for the connection.
• The insulation hoses offer the best possible insulation against the surroundings, and must therefore not be removed.

Accessories :

• ECI-3 device configurator (USB programming adapter)
• Process adapter
• Cable/round plug connector (KH...) see additional information “Accessories”
• External display OMNI-TA or OMNI Remote

Details :

• For foodstuffs use
• Analog output 0/4..20 mA or 0/2..10 V
• Two programmable switches (push-pull)
• Graphical LCD display, backlit (transreflective), can be read in sunlight and in the dark
• Programmable parameters via rotatable, removable ring (programming protection)
• Full metal housing with non-scratch, chemically resistant glass
• Physical unit in the display (selectable)
• Rotatable electronic head for best reading position
• Optionally CIP/SIP-capable (130 °C)
• Connection to USB interface for setting parameters

Characteristics :

• The HFK35-FIN calorimetric sensor measures small fluid flows, and has been designed specially for use in the foodstuffs industry (for the measurement principle, see also "General description: calorimetric sensors").
• The integrated transformer has a backlit graphics LCD display which is very easy to read both in the dark and in bright sunlight. The graphics display allows the presentation of measured values and parameters in a clearly understandable form. The measured values are displayed to 4 places, together with their physical unit, which may also be modified by the user. The electronics have an analog output (4..20 mA or 0..10 V) and two switching outputs, which can be used as limit switches for monitoring minimal or maximal, or as two-point controllers. The switching outputs are designed as push-pull drivers, and can therefore be used both as PNP and NPN outputs. Exceeding limit values is signalled by a red LED which is visible over a long distance, and by a cleartext in the display. The stainless steel case has a hardened non-scratch mineral glass pane. It is operated by a programming ring fitted with a magnet, so there is no need to open the operating controls housing, and its leakproofness is permanently ensured. By turning the ring to right or left, it is simple to modify the parameters (e.g. switching point, hysteresis...). To protect from unintended programming, it can be removed, turned through 180^o and replaced, or completely removed, thus acting as a key.

Wiring :

• Before the electrical installation, it must be ensured that the auxiliary voltage corresponds to the data sheet.
• The switching outputs are self-configuring, depending on whether they are connected as PNP or NPN switches (push-pull).
• It is recommended to use shielded wiring.

Handling and operation :

• In order to ensure the sensor's maximum insensitivity to interference, the flow should run from bottom to top (best degassing even at the slowest flow speed). Standard crimp connectors, hoses with crush protection, or the crimp connectors provided by HONSBERG can be used for the connection.
• The insulation hoses provide the best possible insulation from the environment, and should therefore not be removed.
• It must be ensured that the calming section with the static mixer is not kinked.

Accessories :

• ECI-3 device configurator (USB programming adapter)
• Process adapter
• Cable/round plug connector (KH...)

Details :

• Very short response time
• High overload protection
• Metering range 1:80
• Low pressure loss
• Compact design

Characteristics :

• The integrated converter / counter make available an electronic switching output (push-pull) with adjustable characteristics (minimum/maximum) and hysteresis, which responds when an adjustable limit is fallen short of or exceeded. If desired, the switching value can be set to the currently existing flow using "teaching".
• Models with analog or pulse output are also available (see separate data sheets). Because the diaphragm only bends, and functions without a bearing, there is almost no friction effect. The movement therefore occurs practically free of hysteresis, and the switching point has very good reproducibility.
• The diaphragm's low bulk results in a short response time. The almost complete covering of the flow cross-section in the neutral position enables a very low response threshold. As soon as the slightest flow exists, the diaphragm is of necessity deflected. The evaluation of the entire flow cross-section means that there are no problems when routing pipes. Run-in and run-out sections are not necessary.

Handling and operation :

• In order to ensure the sensor's maximum insensitivity to interference, the flow should run from bottom to top (best degassing even at the slowest flow speed). Standard crimp connectors, hoses with crush protection, or the crimp connectors provided by HONSBERG can be used for the connection.
• The insulation hoses provide the best possible insulation from the environment, and should therefore not be removed.
• It must be ensured that the calming section with the static mixer is not kinked.

Options :

• Through a range of options, the XF system is flexibly adaptable to very varied requirements.
• Full metal construction - The standard version has a plastic body with a pressure resistance of 16 bar. A metalled body (nickelled brass) with a pressure resistance of 100 bar is optionally available. The higher operating pressure requires a combination with metal connection pieces. Switching value settings in the range 1..80 l/min are possible.
• High temperature - If the full metal model with high temperature sensors is fitted, operation at media temperatures up to 150 °C is possible. Here, the primary sensor element is located in the housing of the measurement unit, while the converter / counter are located away from housing via a 50 cm long heat-resistant cable.
• Resistance to backflows - With forward flows, the diaphragm pushes against an arched end stop, and is undamaged by flow rates which are significantly higher than the intended metering range, or by water hammer. For flows or pressure surges in the reverse direction, in the standard version the diaphragm pushes against a circumferential support ring made of plastic or stainless steel, and almost completely closes the flow cross-section. This causes pressure to build up which can damage the diaphragm. In applications where such conditions can arise (e.g. from elastic hoses to the rear of the measuring equipment) the use of the "resistance to backflows" option is recommended. Here, the support ring is replaced by another arched end stop made of stainless steel, so that the diaphragm is provided with the same overload and pressure surge resistance in the reverse direction as in the forward direction. However, a switching value setting in the reverse direction is not possible.
• Minimum value measurement - For switching ranges up to 6 l/min, the sensitivity and therefore the stability of the measuring system can be increased, and so switching value settings even less than 1 l/min, i.e. from 0.4 l/min become possible. For this, the sensor is installed on the opposite side of the housing. This option is not available for metal housings and models with resistance to backflows.

Handling and operation :

• The device is supplied with connection pieces mounted. These may be removed for the installation in the pipework.
• The sensor can be operated in any location. However, the lowest tendency to contamination occurs when the diaphragm swings from bottom to top. If possible. installation should therefore be made either with flow from bottom to top, or horizontal. In the latter case, the sensor in the minimum value range model (max. 6 l/min, see options) should point downwards; for all other versions it should point upwards. Factory adjustment is made with flow horizontal.
• It should be ensured that the sensor is installed in the direction of the flow arrow. In spite of its low bulk, the diaphragm is very robust; nevertheless it should not be buckled or compressed through force during installation or removal.
• The bolts in the housing pass all the way through it, and must be completely removed if the sensor body is replaced. Afterwards, as normal with a flanged part, the body can be pulled out without loosening the screw connections.

Accessories :

• Cable/round plug connector (KB...)
• Device configurator ECI-1

Details :

• High switching power
• Compact design

Characteristics : Mechanical flow switch, for fluid or gaseous media, with spring-supported piston and magnetic triggering of a reed switch. Robust construction in brass or stainless steel.

Handling and operation :

• Install straight calming section of 5 x DN in inlet and outlet.
• Include a filter if the media are dirty (use magnetic filter for ferritic components).
• It must be ensured that the values given for voltage, current, and power are not exceeded.
• When switch on, a load must be connected in series.
• The electrical details apply to ohmic loads. Capacitive, inductive and lamp loads must be operated using a protective circuit.

Options :

• Switching values for oil or gas
• Special values
• Connection for round plug connector M12x1
• Additional switching head
• Damping for gas monitoring
• Rhodium contact 250 V AC, 0.5 A, 30 VA

Ordering information :

• Specify direction of flow, medium, and switching range.
• For viscous media specify viscosity, temperature, and medium (e.g. ISO VG 68) (enquire about switching range).
• For gases, state pressure (relative or absolute), temperature and medium (e.g. air) (request switching range).

Features:

• 0.4 l/min to 60 l/min adjustment ranges
• 1; 2 ; 3 or 4 independant switch head option
• -20..+ 120ºC optionally -20..+150ºC

Details :

• Monitoring of small flows
• PN 300 / 350

Characteristics : Mechanical flow switch, for fluid media, with magnetic triggering of a reed switch. Robust construction in brass or stainless steel.

Handling and operation :

• Include straight calming section of 5 x DN in inlet and outlet.
• If the media are dirty, install a filter (use magnetic filter for ferritic components).
• It must be ensured that the values given for voltage, current, and power are not exceeded.
• When switch on, a load must be connected in series.
• The electrical details apply to ohmic loads. Capacitive, inductive and lamp loads must be operated using a protective circuit.

Options :

• Switching values for oil or gas
• Special values
• Switch contact as changeover

Ordering information :

• Specify direction of flow, medium, and switching range.
• For gases, state pressure (relative or absolute), temperature and medium (e.g. air) (request switching range).

Features:

• Mechanical flow switch for liquids or gaseous media.
• A bellow-supported paddle activates an adjustable micro-switch.
• Operational range a diameter 25-200
• Visual functions control by transparent cover
• “Combination contact” gold coating for small currents & silver coating for larger currents
• Low pressure loss

Details :

• Soldered/welded connection
• Micro switch
• Low pressure loss
• Compact design
• Threaded connection
• Plug DIN 43650-A / ISO 4400

Characteristics : The devices function via the principle of a spring-supported paddle, and the magnetic triggering of a micro switch.

Handling and operation :

• Include straight calming section of 5 x DN in inlet and outlet
• When tightening the union nut, the connection piece must be countered using an open-ended spanner (SW 19).
• If the media are dirty, install a filter (use magnetic filter for ferritic components).
• It must be ensured that the values given for voltage, current, and power are not exceeded.
• When switched on, a load must be connected in series.
• The electrical details apply to ohmic loads. Capacitive and inductive loads must be operated using a protective circuit.

Options :

• Connection for round plug-in connector
• Signal lamp red or red/green in the plug DIN 43650-A
• Gold contact 125 V AC / 30 V DC, 100 mA
• Protective bellows
• Switching ranges for oil or gas
• Special values
• Adhesive PVC fitting

Ordering information :

• Specify direction of flow, medium, and switching range.
• For oils, state viscosity, temperature and designation (e.g. ISO VG 68) (enquire about range).
• For gases, state pressure (relative or absolute), temperature and medium (e.g. air) (enquire about range).

Features:

• Low pressure loss
• Brass , stainless steel or plastic options
• User adjustable reed-switch
• ATEX Certified switch-head option

Details :

• Highly reproducible
• Insensitive to dirt
• DIN flange housing
• Precise setting of the switching valve by means of a 180^o scale / setting diagram

Characteristics : Mechanical flow switch, for fluid media, with no-contact triggering of an adjustable Reed contact. Robust construction in stainless steel material.

Handling and operation :

• Include straight calming section of 5 x DN in inlet and outlet
• When tightening the union nut, the connection piece must be countered using an open-ended spanner (SW 19).
• If the media are dirty, install a filter (use magnetic filter for ferritic components).
• It must be ensured that the values given for voltage, current, and power are not exceeded.
• When switched on, a load must be connected in series.
• The electrical details apply to ohmic loads. Capacitive and inductive loads must be operated using a protective circuit.

Options :

• Signal lamp
• Temperature display 0..120 ^oC
• Temperature monitoring 40..90^oC
• Temperature resistant up to 150 ^oC
• Protection class IP 65
• Metal cap
• Germanischer Lloyd (Type VR)
• Switching ranges for oil or gas
• Special values
• Selected hysteresis
• Rhodium contact (250 VAC, 0,5 A, 30 VA)

Ordering information :

• Specify direction of flow, medium, and switching range.
• For oils, state viscosity, temperature and designation (e.g. ISO VG 68) (enquire about range).
• For gases, state pressure (relative or absolute), temperature and medium (e.g. air) (enquire about range).

Features:

• 1/4″ to 3″ BSP threaded connections
• Exact setting of switch via scale

Feature : Optionally switching contact

Characteristics : A piston moves in a transparent glass tube, relative to the flow. The position of the float depends on the volume flow (weight force versus resistance to flow), and indicates the flow rate on the scaled glass tube.

Handling and operation :

• Include straight calming section of 5 x DN in inlet and outlet
• When tightening the union nut, the connection piece must be countered using an open-ended spanner (SW 19).
• If the media are dirty, install a filter (use magnetic filter for ferritic components).
• It must be ensured that the values given for voltage, current, and power are not exceeded.
• When switched on, a load must be connected in series.
• The electrical details apply to ohmic loads. Capacitive and inductive loads must be operated using a protective circuit.

Options :

• Display and switching ranges for oil or gas
• Special values
• Scale 0..100 %
• Optionally transformer 250 V AC, 1,5 A, 50 VA, Wiring no. 0.282

Ordering information :

• Specify direction of flow, medium, and switching range.
• For oils, state viscosity, temperature and designation (e.g. ISO VG 68) (enquire about range).
• For gases, state pressure (relative or absolute), temperature and medium (e.g. air) (enquire about range).

Features:

• High temperature Option
• Change-over microswitch
• Optional ATEX Certified Switch-head
• User adjustable switch-point
• (Multiply water flow-rates by 15 to obtain flow-rates for air)