Publicité
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TECHNICAL DATA
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TECHNISCHE DATEN
ILV
-
DONNEES TECHNIQUES
DATI TECNICI
-
housing
enclosure
material
width across
thread
material
surface treatment
of vibrating rods (optional)
overall weight
sliding sleeve
weather protection cover - hexagonal nut - mounting set
mains voltage
installed load
connection terminal
screwed cable gland
signal output
switch status display
signal delay
safety operation
(FSL, FSH)
sensitivity
measuring frequency
isolating
protection class
MECHANICAL DATA
aluminium diecast housing
RAL 5010 gentian blue
IP 66 to EN 60529
Screwed piece
stainless steel
AISI 304 / AISI 316
50mm
R 1 1/2" tapered DIN 2999
or NPT 1½" tapared
ANSI B 1.20.1
(any thread angle is possible)
Oscillator
stainless steel
AISI 304 - AISI 316
Polisched
Teflon
®
ILVA-ILVD: approx. 1.6 kg
ILVB: approx. 1.6 kg + approx. 2.5 kg/m extension pipe
ILVC: approx. 4 kg + approx. 0.5 kg/m extension rope
Options
G2" ISO 228
material: AISI 304 - AISI 316
sealing material to the extension tube: Viton
ELECTRICAL DATA
alternatively
19..253V 50-60Hz / 19..60V DC(wide range)
max. ripple: 7 V
SS
18V - 50V DC (three-wire conductor) max. ripple: 7 V
ILVD: 19..253V 50-60Hz DC (two-wire conductor)
max. 1 VA (relay)
max.17 mA (DC three-wire)
max. 2.5mm
2
1 x PG 13.5
floating relay output:
max. AC 253V, 4A, 500W at cos Phi=1
max. DC 253V, 4A, 60W
open collector PNP, NPN output:
permanent load max. 0.4A short-circuit- and overload proof;
turn-on voltage:
max. 55V (reverse protection)
by built-in LED
probe free -> covered approx. 1 sec.
probe covered -> free approx. 1..2 sec.
to be switched over for minimum/maximum security
adjustable to two levels
ILVD: of 75g/l
approx. 125Hz /approx. 90 Hz (grater sensibility) option
mains voltage to signal output 3kV~
I
®
at DC
12.00
03.04 /
1
TO.920.T.
8
SS
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