Technical details:
Type: EU70500H152296
draw no.: 400/3630700.00
input: frequency signals
from 2 SIKA-flow sensors VTH 15, NPN
set point range 0,5...29,5 l/min decreasing
16 set points switchable
hysteresis 0,5 l/min
output: 2 C/O contacts, max. 30 V DC 1 A or 150 V AC 400 mA
power supply 12...24 V DC
temperature range 0...60 °C
programmversion: 32305090.HEX
.
Replacement for TU 8051-2The flow control unit TU 7050 generates from the frequency signal of the turbine flow sensors alarm switching points, which are designed as potential-free contacts. The switching point adjustment is easy and precise with the rotary switch (16-digit). Since the TU 7050 has two channels, there are 2 modes available:Operating mode A
Two measuring points (condition: two equal flow sensors) each with a minimum switching point to be monitored orMode B
A measuring point with two minimum switching points (pre-alarm and main alarm) can be monitored.The monitoring of a flow with the help of our turbine flow sensors and the TU 7050 is particularly accurate, long-term stable and safe. Any damage to the turbine is immediately detected by the TU 7050 and reported as an alarm.
Type: EU70500H152296
draw no.: 400/3630700.00
input: frequency signals
from 2 SIKA-flow sensors VTH 15, NPN
set point range 0,5...29,5 l/min decreasing
16 set points switchable
hysteresis 0,5 l/min
output: 2 C/O contacts, max. 30 V DC 1 A or 150 V AC 400 mA
power supply 12...24 V DC
temperature range 0...60 °C
programmversion: 32305090.HEX
.
Replacement for TU 8051-2The flow control unit TU 7050 generates from the frequency signal of the turbine flow sensors alarm switching points, which are designed as potential-free contacts. The switching point adjustment is easy and precise with the rotary switch (16-digit). Since the TU 7050 has two channels, there are 2 modes available:Operating mode A
Two measuring points (condition: two equal flow sensors) each with a minimum switching point to be monitored orMode B
A measuring point with two minimum switching points (pre-alarm and main alarm) can be monitored.The monitoring of a flow with the help of our turbine flow sensors and the TU 7050 is particularly accurate, long-term stable and safe. Any damage to the turbine is immediately detected by the TU 7050 and reported as an alarm.
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