Thermometers, hygrometers, anemometers, manometers, recycling stations, manifolds, refrigerant gas detectors, combustion analysers, etc.

Manumesure works directly on site by appointment all over France.

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With energy prices on the rise, it is important to have current transformers for tariff metering which perfectly match your needs.

To fulfil this requirement, Chauvin Arnoux Energy proposes a complete range of Low Voltage Current Transformers for tariff metering available in accuracy class 0.5 and 0.2s, helping you to improve the accuracy class of the measurement line and bill the electricity accurately and fairly!

Our products are developed and qualified according to the specifications defined by the distribution network managers and are suitable in technical terms for the calls for tenders on this market.

Our instruments are manufactured in our factories in France and inspected on site using our test benches. Each product is checked individually with a test certificate for certified products or on request.

Our transformers are available in 2 versions, Core and Plate-mounted. Find out more about them with this short animation!

A new addition to the Thyritop family: Pyrocontrole is completing its range of power controllers with the Thyritop 600.

The accurate, modular Thyritop 600 can be used to manage the electrical powers of any type of industrial heating element and offers extensive modularity for all your single-phase, split-phase and three-phase applications.

The Thyritop 600 also has an exclusive function for measuring the temperature on the power terminals in order to avoid any risk of cables overheating. It is also equipped with an additional function for measuring the temperature of the air output by the fan. This ensures that your installations are 100% safe.

The complementary PyroALM module, it is possible to smooth the network power and thus optimize energy consumption. In the event of an installation comprising several Thyritop 6oo models (up to 64 instruments on a given electrical network), PyroALM will automatically adjust the moment when each of them is triggered. It is connected using a simple RJ45 cable.

Your electricity consumption will therefore be stable and below the power limit defined by your electricity supplier.

We recommend use of the Thyritop 600 mainly in industrial furnaces for heat treatments and metallurgy, smelting furnaces and industrial dryers.

Lien vers la DC Thyritop 600

For use in the laboratory, the GX 1030 generator is a multi-function instrument with high performance and communication capabilities.

It offers a prerecorded variety of stable, high-fidelity signals. The GX 1030 can be programmed with the SX-GENE and EasywaveX PC software to create arbitrary signals. The GX 1030 can actually generate any kind of signal.

The CA 6161 and CA 6163 are ideal for inspection and certification of the electrical safety of equipment in the context of:

‐ verification of conformity at the end of the production line,
‐ periodic checking
‐ maintenance

For energy efficiency, metering or energy audits... 
Two new 2-channel power and energy loggers: 
> PEL51 for measurements on 1 single-phase channel,
> PEL52 for measurements on 2 single-phase channels or 1 split-phase channel

Here is a short practical guide to optimizing your costs, securing your processes and decarbonizing  your production line. Four steps to help you define the most appropriate thyristor control system for your temperature line. There's always a Thyritop that matches what you need!

In the temperature line, the sensor informs the controller of the process's temperature. Depending on the difference measured in relation to the setpoint, the controller sends the order to correct the deviation (by reactivating the heating, for example, in the case of a furnace). This order is sent to what we will call the power control unit. This comprises electronic thyristor modules allowing total (static relay) or partial (dimmer switch) conduction of the current in the load. But the load may also be inductive: this is the case when you use induction heating or pass via a transformer.

 1.      What type of load does it involve?

Is it resistive, inductive or both at the same time? Is the ohmic value of the load constant as a function of temperature? This involves the well-known Rhot / Rcold coefficient. This depends on the materials used to make the heating resistors. If the coefficient is “1”, the easiest case, we recommend a simple product. If not, and depending on the value ranges, we propose advanced functions for limiting the current or special algorithms.

Inductive load: do you know the induction value (expressed in Tesla: 1 T = 10,000 gauss) of your transformer or inductive load? This value is essential for us to propose the most suitable product.

 2.      What type of electrical network do you have?

Is your power supply single-phase or three-phase? What is its rated voltage? The most common voltage ratings are 230 V and 400 V. In industry, 500 V and up to 690 V may be encountered.

 3.      What is the type of connection arrangement?

What is the overall power necessary to supply your loads? There are two types of connection arrangements: triangle and star; the latter can be used whether or not a neutral is present. If we know the type of connection arrangement and its rated power, we can calculate the current flowing through the thyristors and thus size the product correctly. In a three-phase system, for example, we may propose a product "with two-phase cut-off", which is cheaper than a "three-phase cut-off" product.

 4.      What functions does your application requires?

Our Thyritop models include a large number of functions for monitoring and securing the while installation. These functions are crucial for the stability and life span of your processes:

■ Load monitoring: if one or more loads are broken, the power controller detects the anomaly and informs the process via a relay contact.

■ Current limitations: for example, to limit a current surge when the installation is started up or a current peak in inductive loads.

■ Voltage limitations: recommended in "phase angle" mode and when you want to limit the voltage to a fixed value.

■ Power limitations: combine the two limitations above.

■ Measurement copy: for plotting or indicating the voltage, current or power values in real time via a panel meter, a logger or a digital network

■ Synchronization: in the event of an installation with several zones operating in BURST firing mode, synchronization makes it possible to prevent the blocks from being activated at the same time, thus placing less stress on the power distribution system.

 ■ Communication: to link to a central system letting you supervise the control of your heating systems from a single location (control room).

Need advice? Need help? Want to chat? Contact our experts so that we can help you cut your energy bills!

Presentation of the PEL50

Check out the video

For more than 30 years, Chauvin Arnoux Energy has been helping all the actors in the naval defense sector with equipment for digital meteorological systems for gathering and distributing very precise meteorological data.

To complement this equipment, the A25300 SP sensor can be used to find out the seawater temperature, which is important because seawater is used to cool the ship's engines.

The seawater temperature sensor from Chauvin Arnoux Energy offers the following advantages:

• Compact: ieasier integration,
• Complete: thermowell supplied,
• Quick to install: SOURIAU quarter-turn plug for easy mounting and removal.