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WATT METER, ENERGY METER FOR UNBALANCED THREE-PHASE NETWORKS

Downloads:

cpl101


Electrical Measurement Transmitter • Unbalanced three-phase network with or without neutral, frequency from 40 to 400 Hz.
• Programmable: functions: voltmeter, ammeter, frequency meter, wattmeter, varmeter, power factor, power factor (Cos phi)
• Up to 3 analog outputs: 0…4…20 mA, 0…10V, +/- 20mA, +/-10V
• 1 relay output usable for energy metering or as a threshold relay
• CPL101/C: RS485 MODBUS connection option
• CPL101T: High-speed version (response: 100 ms)

The CPL101 is a programmable transmitter designed to measure electrical network parameters.
It supports all network wiring configurations commonly found in industry. Equipped with a wide range
of outputs, it can be used as an analyzer, converter, energy meter, controller, or protective device.

SWITCH FOR THERMOCOUPLE, PT100, MA

com48 com96

Downloads:

com48-com96

– Blind passive switch
– Size: 96 x 48 mm or 96 x 96 mm
– Up to 24 positions
– For analog or digital signals

• COM96A 10,000-point display
• COM96A/S analog output option (4–20 mA; 0–10 V)
• COM192 momentary-contact switch
• SEL105 input selector via logic control

• High adaptability
– Switching of a wide range of signals – mV, mA, V, PT100, thermocouples, ……

• Excellent reliability
– Low-resistance gold-plated switches
– Very low thermal resistance

A range of switches enables the switching of process or temperature signals (
), with or without measurement processing and conversion (
).

PROGRAMMABLE 2-CHANNEL CONVERTER RACK MOUNT

cnlr22

Downloads:

cnlr22a

• All process and temperature inputs
V, mV, mA, sensor power supply, potentiometer
, thermocouple, PT100

• Measurement display (10,000 points) and 4-digit unit display
(programming via front panel and RS232 interface)

• Two measurement channels (independent and isolated)

• Isolated analog output
• Universal power supply
The CNLR22/A is a 2-channel converter designed for 19″ rack mounting, featuring a display (measurement and units) and a fully programmable front-panel interface
.

CONVERTER ANALOG INPUT RESISTANCE OR POTENTIOMETER OUTPUT

cnl20 pot

Downloads:

cnlb20pot

• All types of voltage, current, and temperature inputs: 4..20mA, 0..10V, Pt100, Thermocouple ….
• Fully configurable
• 2-wire or 3-wire resistive output 256 conversion steps
• Transfer function adaptable via 51-point linearization
• Fully isolated
• Plug-in connector

The CNLB20pot converts an analog signal (4–20 mA; 0–10 V, or other) into a variable resistance or potentiometer

TEMPERATURE TRANSMITTER WITH DISPLAY

Downloads:

cnl70

• Temperature and process inputs: Platinum sensor, thermocouple, mV, mA, potentiometer
• 2-wire output powered by the 4-20mA loop
• Input/output galvanic isolation
• 4-digit LCD display, 10,000 counts
• Fully configurable RS232 and HART
• CNL70-H HART Protocol FDT-certified HART DTM drivers
• SIL2 compliance according to IEC 61508


The CNL70 is a programmable digital signal conditioner powered by a 4–20 mA current loop (
) with an LCD display, designed for measuring temperature sensors (thermocouples and PT100s) as well as process signals (mV, mA). Optionally, it can include Hart protocol communication and meet the SIL2 safety integrity level (
) in accordance with IEC 61508.

PROGRAMMABLE ISOLATED TEMPERATURE AND PROCESS TRANSMITTER

Downloads:

cnl45d

• Process and temperature inputs: voltage (V), mV, current (mA), potentiometer, thermocouple, PT100
• 2-wire technology powered by the 4-20 mA loop
• Galvanic isolation
• Fully configurable
• Measurement display (10,000 points)
• High thermal stability

The CNL45D is an isolated digital transmitter powered by a 4–20 mA loop, combining the ease of
implementation of two-wire technology with the flexibility of configurable converters.

ISOLATED 4–20 mA LOOP-POWERED TRANSMITTER

Downloads:

cnl45

• Programmable process and temperature inputs: Volts, mV, mA, potentiometer, thermocouple, PT100
• 2-wire configuration powered by the 4-20mA loop
• 1000V input/output galvanic isolation
• Fully configurable RS232 interface
• High thermal stability 50 ppm
The CNL45 is an isolated digital transmitter powered by the 4-20mA loop, combining the ease of implementation of
œ two-wire technology with the flexibility of configurable converters.

INSULATED HART TEMPERATURE TRANSMITTER

cnl40ig

• Universal PT100 input (3- or 4-wire), thermocouples, mA, mV
, galvanic isolation + HART protocol
• Fully configurable RS232 and HART
• FDT-certified HART DTM drivers
• 2-wire technology powered by the 4-20 mA loop
• SIL2 compliance according to IEC 61508

The CNL40ig is a programmable transmitter for pyrometric probe heads, enabling
all temperature measurements (PT100 and thermocouples) across all measurement ranges to be covered with
a single product. The CNL40igH incorporates the HART communication protocol, which is FDT-certified and available in
SIL2 compliance according to the IEC 61508 standard.

PROGRAMMABLE TRANSMITTER FOR MOUNTING ON THE PROBE HEAD

Downloads:

cnl40

• CNL40 with PT100 and thermocouple inputs
• CNL40D Dual-channel version with 2 independent transmitters in a single housing
• Fully configurable USB connection
• 2-wire configuration powered by the 4–20 mA loop, without isolation

The CNL40 is a programmable temperature transmitter designed for mounting on the tip of a pyrometric probe.
It supports all industrial temperature sensors (PT100 and thermocouples) across all
measurement ranges with a single product

CONVERTER FOR ANALOG OUTPUT ENCODER

cnl35ssi

Downloads:

cnl35ssi

• Input: Synchronous Serial Interface (SSI) Master or slave mode
SSI formats: 8 to 32 bits, binary or Gray code Encoder power supply: 24 V

• Display
4-digit display, plain-language configuration
• Options: 2 relay outputs, 2 isolated analog outputs
• Plug-in connectors
• Universal AC and DC power supply
The CNL35SSi is a digital-to-analog converter for SSi encoders featuring 2 analog outputs
and 2 relay outputs
DESCRIPTION:
The SSi interface consists of 2 pairs of wires:
one pair for transmitting the master’s clock signals
and the other pair for transmitting data from the slave (encoder).
the number of clock pulses depends on the number of data bits
to be transmitted.
A third pair of wires optionally provides power to the encoder.

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