Inline-capable oil condition sensor based on a multi-channel infrared measuring cell for permanent monitoring of the oil condition and prevention of machine damage
Based on non-dispersive infrared technology (NDIR), ZILA GmbH has developed an inline-capable measuring system that permanently monitors the oil condition directly in the system. The optical measuring system consists of a multi-channel infrared measuring cell with associated electronics and peripherals.
General information
Housing
:
Robustes Aluminiumgehäuse
Operating voltage
:
18...36V DC (max. 400 mA @18V)
Dimensions
:
150 x 119 x 82 mm (L x B x H)
Operating conditions
Operating temperature:
:
0...+70 °C (optional 0...+90 °C)
Maximum operating pressure:
:
10 bar (optional 30 bar)
Storage temperature:
:
-40...+90 °C
Connection
ModBus TCP/IP
:
Ethernet-Port für Kommunikation über herstellerunabhängiges Busprotokoll
Digital I/O ports
:
1x Digital In 18...36V (10 mA max.), 4x Digital Out 18...36V (5 mA max.)
Operation
User Interface
:
grafisch über Weboberfläche im eingebundenen Netzwerk
TK-101
Measuring transducer (R/I-transducer)
The measuring transducer Tk101 and Tk101Ex are built directly into the connection boxes of our Liquid Level Measuring Instruments of type TK-30.
Properties
Operating temperature
:
-20...+60 °C
Storage temperature
:
-40...+80 °C
Ex-protection
:
siehe Zertifikat
CE marking
:
siehe Konformitätserklärung
Input
Resistance range in three-wire circuit
:
4...10 kΩ
Measuring current
:
0,8 mA @ RE = 4 kΩ
Measuring current
:
0,33 mA bei RE = 10 kΩ
Measuring voltage
:
3,3 V
Supply/Output
2-wire
:
4...20 mA
Voltage(Um)
:
11...28 V DC
Burden / load
:
0...800 Ω |RBürde max = [(Um - Um min) / 0,02] Ω
Output signal in case of error
:
max. 24 mA
Fault influences
Max. Total error
:
± 1 %
Temperature influence
:
-0,015 % / °C
Supply voltage influence
:
0,025 % / V
Setting range
Full deflection
:
60...105 %
Zero point adjustment
:
0...25 %
ZDS-H
Precision pressure switch for high-pressure applications up to 2,000 bar
Can be used in oil, brake fluid, diesel, air and other gases.
With very good stability and overpressure resistance.
Properties
Pressure range
:
0...2.000 bar gestuft
supply
:
24 V DC
Output
:
Relais 60 V AC/1A
overload
:
1,5 x Messbereich
Med. connection
:
G 1/4 Zoll
electrical connection
:
Schraubklemme
feature
:
Tasten, LCD-Anz.
TSR-CAN-03
CANopen transmitter for temperature measurement in media
High-quality stainless steel transmitter for precise temperature measurement in all stainless steel-compatible media
Measurement parameters
Measuring range
:
-40…+80 °C (optional +150°C)
deviation
:
± 0,3 K (-40…+80 °C)
Measuring element
:
Halbleiter
measuring resolution
:
10 Bit
measuring grid
:
ab 5 ms
ElectricalConnection
CAN protocol
:
CANopen 2.0 A, nach ciA DS 404
Physical Layer
:
nach DIN 11898
Operating voltage
:
12…27 V ±20 %
Operating conditions
Operating temperature
:
-40...+80 °C
Storage temperature
:
-40°C...+120°C
Shock resistance
:
30g, Dauer: 14 ms bei Raumtemperatur
Vibration resistance
:
10g bei 20 bis 1000 Hz
TK-312
Evaluation unit with 0/4... 20 mA current output
The TK-312 measuring transducer converts the resistance signal supplied from a continuous level sensor into a current signal proportionate to the level.
Properties
Protection class EN60529 clamp
:
IP 20
Protection class EN60529 front panel housing
:
IP 40
Operating temperature
:
–20...+60 °C
nominal voltage
:
24... 230 V AC/DC
Power consumption
:
2 VA, 2W
Dimensions housing type B
:
22,5 x 114,5 x 99
Dimensions housing type C
:
22,5 x 114,5 x 114
Input
Voltage
:
0...10 V
Resistance in three-wire circuit RG
:
0-4...10 kW
Output
Temperature influence tolerance
:
max. ± 0,6 % der Signalspanne
Current output
:
0/4... 20 mA bezogen auf die Masse des Eingangs
Voltage output
:
0/2... 10 V
Mounting
:
Tragschiene nach EN 50022
Weight
:
175 g
T206
Magnetic immersion probes made of PP or stainless steel (1.4571)
Magnetic immersion probes for use with highly aggressive liquid media for detecting level limits in containers
Properties
Number of contacts
:
1 x Schließer/Öffner durch 180°-Drehung des Schwimmers