V1H-D1B0-001 Datasheet, PDF (2/4 Pages) Magnetrol International, Inc. – Solitel® Vibrating Rod Level Switch

SPECIFICATIONS
Input voltage
Power consumption
Operation frequency
Output relay
Time delay
Process connection
Housing
Operating process temperature
Standard:
Enhanced performance:
Ambient electronics temperature
Relative humidity
Maximum process pressure
Materials
Vibrating rod/Rigid extension:
Cable for flexible probe
Insertion length
Standard VXH:
Extended rigid probe VXR:
Extended flexible probe VXK:
180 F
(60 C)
110 VAC +10/-15%
220 VAC +10/-15%
24 VDC (±10%)
Less than or equal to 3 VA
350 Hz
SPDT 8 amp @ 250 VAC (resistive)
SPDT 1 amp @ 24 VDC (resistive)
4 to 10 seconds (depending on sensitivity adjustment)
1¹â„2" NPT
NEMA 4X, 9
-4° to +230° F (-20° to +110° C)
-40° to +320° F (-40° to +160° C)
-40° to +140° F (-40° to +60° C), refer to chart below
98%
360 PSIG
316 stainless steel
Polyethylene coated steel
8.25 inches (209 mm)
10 to 100 inches (25 to 254 cm)
3 to 65 feet (1 to 20 meters)
95 F
(35 C)
0
-40 F
0
(-40 C)
167 F
(75 C)
320 F
(160 C)
-40 F
(-40 C)
INSTALLATION
Process Temp.
IMPORTANT: Handle the instrument with great care, especially the probe.
Any impact on the probe can damage the vibration system.
• Ensure that the slope angle of the
material is considered when posi-
tioning the probe in the vessel.
• When using an extended version
for low level alarm, mount the
probe above the outlet of the
vessel to avoid the probe being
dragged along by the outflowing
material.
• Side mounted units are best installed at an angle.
• Avoid mounting the sensor in a recess where
buildup could dampen the vibration.
• A deflection plate is required
when the probe is exposed to
falling material or, in the case of
a low level switch, when the drag
force of the emptying material
exceeds the specifications.
• Observe the specifications for bending force(F),
torque(M) and pull force(F) as indicated below:
Standard:
Extended Rigid:
Extended Flexible:
F = 100 pounds (445 N)
M = 63 foot pounds (85 Nm)
M = 63 foot pounds (85 Nm)
F = 10,000 pounds (45 kN)
VXH
VXR
VXK
F
M
M
F
2