HCV-E
HCV-E
Electrical level indicators
with MIN level electrical sensor, transparent technopolymer
with MIN level electrical sensor, transparent technopolymer

78711-R,20
78710-R,10
78712-R,50
orGN 300-30-B5-SW;60
GN 612-5-M12x1,5-A;40
DIN 172-B10,5-20-A;50
ISO 8675-M8x1-04-BT;10
Transparent polyamide based (PA-T) technopolymer. Highly resistant to shocks, solvents, oils with additives, aliphatic and aromatic hydrocarbons, petrol, naphtha, phosphoric esters.
Avoid contact with alcohol or detergents containing alcohol.
Zinc-plated steel.
Step-shaped for the seal on the reservoir walls and NBR synthetic rubber O-ring screw underhead.
Suggested roughness of the packing ring application surface Ra = 3 µm.
Glass-fibre reinforced polyamide based (PA) technopolymer, black colour, with a built-in magnetic element to activate the electric contact when the float reaches the contact threshold indicated in the drawing (data referred to mineral oil type CB68, according to ISO 3498, temperature 23°C).
Floating is ensured by fluids with densities higher than 800 kg/m3.
Perfectly watertight, incorporating the relay (reed) with two output conductors (NO and NC version) or three conductors (SW version).
For a correct assembly see Warnings.
With built-in cable gland and contact holder. Front or axial output (high or low) ensuring protection against water sprays (protection class IP 65 according to table EN 60529).
White lacquered aluminium. The housing, in the appropriate external rear slot, guarantees the best protection from direct contact with fluid.
It can be taken out from the inclined side, before assembly to allow the insertion of level lines or words.
See configuration table.
90°C (with oil).
The HCV-E level indicators, in addition to the visual level indicator, also provide an electrical signal when the minimum fluid level value is reached.
The lateral connector output allows the level of intervention of the sensor to be minimised.
Ultrasound welding to guarantee a perfect seal.
Maximum fluid level visibility even from side positions.
Lens effect for a better visibility of the fluid level.
In case of use of an extension with angled connector, the direction of the cable output is shown in Fig.1.
In laboratory tests carried out with mineral oil type CB68 (according to ISO 3498) at 23°C for a limited period of time, the weld stood up to: 18 bar (HCV.76), 18 bar (HCV.127) and 12 bar (HCV.254).
For use with fluids other than mineral oils and under particular different pressure and temperature conditions, please contact ELESA Technical Department.
In any case we suggest to verify the suitability of the product under the actual working conditions.
Electrical features | MIN level sensor | |
---|---|---|
Power supply | AC/DC | |
Electric contacts | NO normally open NC normally closed SW change-over contact | |
Maximum applicable voltage | NO: 140 Vac, 200 Vdc | DIN 43650 C |
NC: 140 Vac, 150 Vdc | ||
SW: 140 Vac, 150 Vdc | ||
30 Vac, 30Vdc | KN | |
Voltage range (Type KN) | <30 Vac, <30Vdc | |
Maximum switching current | 1 A | |
Maximum current | NO: 1.2A NC: 2A SW: 2A | |
Maximum commutable power | NO: 10 Va NC: 20 Va SW: 20 Va | |
Cable gland (only HCV-E - HCV-E-AX) | Pg 7 (for cables in sheath with Ø 6 or 7 mm) | |
Conductors cross-section (only HCV-E - HCV-E-AX) | Max. 1.5 mm2 | |
Connector (only HCV-E-KN - HCV-E-AX) | M12x1 | |
Do not mount this indicator in proximity to magnetic fields. |
FC.M12x1: extensions with 4 pole M12 female axial connector.
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