User Manual for LEVIFLOW
®
LFIF-06 Flowmeters
www.levitronix.com
PL-4511-00, RevA, DCO# RD
2 Specifications
2.1 Component Overview
Figure 1: Standard LEVIFLOW
®
LFIF components and accessories
Calibration parameters are stored in flowmeter.
Waterproof lock-release mounting connector type for flowmeter connection.
Open wires at cable end for connecting to other equipment.
Waterproof lock-release mounting connector type for flowmeter connection. Integrated
pull-up resistor at digital output for flow switch applications.
Waterproof lock-release mounting connector type for flowmeter connection. Open
wires at cable end, integrated conversion for analog output from current to voltage.
YN-485I-TR, USB to
RS485 Adaptor-TR
Isolated
USB connector (3a) with termination resistor and cable with connector pair (3b and 3c)
for external RS485 wire connection. Magnetically isolated. Cable length is 2m.
Communication over fieldbus of converter with PC
Table 1: Order information for standard flow sensor models
2.2 General Specifications
Accuracy of Reading
@ 20 °C Water
For > 1.7 l/min: ± 2%
For < 1.7 l/min: ± 34 ml/min
0.36 – 1.3 mm
2
/s (0.36 – 1.3 cSt)
10 – 80
o
C (50 – 176
o
F )
Ambient must be < 40 °C at 80 °C fluid temp.
Power Supply
Inrush current
24 VDC ±10%, 38 mA
Peak < 690 mA during < 1 ms
380 mbar at 10 l/min and 20 °C water
PFA / Tube 3/8” (OD=9.52, ID=6.38 mm)
~ 80 g for flowmeter and ~ 180 g for 5m extension cable
PPS for housing body, FKM for sealing gaskets
PEEK for screws, PET for label
Circular type, lock-release mounting
(housing material: PPS)
Separate extension cable with connector (see Figure 3)
Interfaces
(see also Table 5)
RS485 with Modbus protocol
Analog Output with 0-20 mA (4-20mA configurable)
Digital Output:
Measurement Error, Flow Alarm, Volume Counter Pulse,
Pulsed Flow Output (0-1000Hz)
Configuration
Parameters
(Lev. Config. SW)
Viscosity Linearization (up to 10 points)
Low Cutoff Alarm Outputs (low and high)
Damping Time (filter) Volume Counter
Table 2: Specifications of flowmeter LFIF-06
(All data based on water at 20
o
C with zeroing and ambient at 25°C.)