Elettrosonda Q & Qcc
Elettrosonda M
Elettrosonda DB
other information:
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technical data:
dimensions
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Electroprobe for DIN rail, at low, normal or high sensitivity
The electroprobes of the Q, series, produced by MAC 3, are regulators of conductive fluid suitable for the minumum and maximum level control of deep well, tanks, cisterns etc.
The operating principle is based on the detection, on the part of the control box, of the fluid resistance the level being controlled by means of special probes immersed in the liquid with the longest acting as a common element.
When the level of the liquid inside the container or the well wets all three probes a relay is activated and subsequently deactivated only when the level descends, uncovering the lower probe.
ELETTROSONDA Q
Models NS
Models NS (the best for waters)
In the case of wells with a diameter max of 100 mm the NS model probes should be positioned in such a way that there is not more than mt 2,0 between the lowest and the highest (sufficient to protect the pump).
For wells with a larger diameter, the probes can be set at a greater distance, there are no limits for tanks. To conclude, liquids with a total resistance of 5,6 Kohm max can be well controlled. The control box can be placed at a distance of up to 1,000 mt, from the probes.
Models AS
To control liquids with low conductivity, rainwater for example the AS type is particurarly suitable. These models permit liquids with a very high total resistance up to 70 Kohm, to be controlled.
Models SR
For the control of conductive liquids with unknown conductivity this model is essential which controls up to 100 Ohm.
ELETTROSONDA Qcc - double voltage
Models NS
Models NS (the best for waters)
In the case of wells with a diameter max of 100 mm the NS model probes should be positioned in such a way that there is not more than mt 2,0 between the lowest and the highest (sufficient to protect the pump).
For wells with a larger diameter, the probes can be set at a greater distance, there are no limits for tanks. To conclude, liquids with a total resistance of 5,6 Kohm max can be well controlled. The control box can be placed at a distance of up to 1,000 mt, from the probes.
ELETTROSONDA M
Multivoltage
The electroprobes of the M, series, produced by MAC 3, are regulators of conductive fluid suitable for the minumum and maximum level control of deep well, tanks, cisterns etc.
The operating principle is based on the detection, on the part of the control box, of the fluid resistance, the level being controlled by means of special probes immersed in the liquid with the longest acting as a common element.
When the level of the liquid inside the container or the well wets all three probes a relay is activated which is subsequently deactivated only when the level descends, uncovering the lower probe.
Models NS (the best for waters)
In the case of wells with a diameter max of 100 mm the NS model probes should be positioned in such a way that there is not more than mt 2,0 between the lowest and the highest (sufficient to protect the pump).
For wells with a larger diameter, the probes can be set at a greater distance, there are no limits for tanks. To conclude, liquids with a total resistance of 5,6 Kohm max can be well controlled. The control box can be placed at a distance of up to 1,000 mt, from the probes.
ELETTROSONDA DB
The DB Electroprobe intended for use in the sector of level control instruments, open up a whole new field of multifunctional equipment. MAC 3 once again offers an extremely innovative product which unites a series of functions in a very small space (4 DIN modules).
List of functions:
- ON-OFF electroprobe (operating in one single point). Acts on relay 2 - Use probes 6 and 12.
- Differential electroprobe (operates between two probes positioned by installer). Acts on relay 1. Use probes 10 and 11, always together with 6 and/or 7.
- High alarm - use probes 9 and 6.
- Low alarm - use probes 8 and 7.
- Internal Buzzer - For high and low alarms.
- Control for external alarm (buzzer or light).
- Possibility of activating or deactivating controls by means of dipswitch. The installation of 4 electroprobes would be necessary to obtain the same functions.
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