Temperature transmitter, 0..100 °C/32..212 °F, for Universal Pt100 probes. range of product: Zelio Analog - product or component type: converter for Universal Pt100 probes - analogue output type: current 0...20 mA <= 500 Ohm, current 4...20 mA <= 500

Product ID: 8190429 ! Pre Order
Schneider Electric Temperature transmitter, 0..100 °C/32..212 °F, for Universal Pt100 probes. range of product: Zelio Analog - product or component type: converter for Universal Pt100 probes - analogue output type: current 0...20 mA <= 500 Ohm, current 4...20 mA <= 500 RMPT30BD | Elektrika.lv
Schneider Electric Temperature transmitter, 0..100 °C/32..212 °F, for Universal Pt100 probes. range of product: Zelio Analog - product or component type: converter for Universal Pt100 probes - analogue output type: current 0...20 mA <= 500 Ohm, current 4...20 mA <= 500 RMPT30BD | Elektrika.lv
Schneider Electric Temperature transmitter, 0..100 °C/32..212 °F, for Universal Pt100 probes. range of product: Zelio Analog - product or component type: converter for Universal Pt100 probes - analogue output type: current 0...20 mA <= 500 Ohm, current 4...20 mA <= 500 RMPT30BD | Elektrika.lv
Schneider Electric Temperature transmitter, 0..100 °C/32..212 °F, for Universal Pt100 probes. range of product: Zelio Analog - product or component type: converter for Universal Pt100 probes - analogue output type: current 0...20 mA <= 500 Ohm, current 4...20 mA <= 500 RMPT30BD | Elektrika.lv
Schneider Electric Temperature transmitter, 0..100 °C/32..212 °F, for Universal Pt100 probes. range of product: Zelio Analog - product or component type: converter for Universal Pt100 probes - analogue output type: current 0...20 mA <= 500 Ohm, current 4...20 mA <= 500 RMPT30BD | Elektrika.lv

Price and quantity

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(0)
  • e-store price

    114.19 / pcs

  • Quantity

  • Total price VAT included (21%)

    114.19

Availability

* The availability of a product in Elektrika warehouses is indicated below. If the product is in the supplier's warehouse, it may take up to 2-12 business days to arrive at Elektrika warehouse.
  • Riga (Marupe)

    0

  • Daugavpils

    0

  • Valmiera

    0

  • Ventspils

    0

Product details

* The displayed pictures may not match the product
  • Manufacturer

    Schneider Electric

  • Manufacturers ID

    RMPT30BD

  • EAN

    3389110108965

  • Sustainable by Design
    Green Premium™
    Ilgtspējīgs iepakojums Sustainable Packaging
    Product primary packaging free from single-use plastic and uses recycled cardboard.
    Pārredzamība Transparency
    Assessment of the product environmental impacts along its life-cycle and availability of the data through a Product Environmental Profile.
    RoHS/REACh RoHS/REACh
    Compliant with RoHS/REACh regulations

Product parameters

  • Net Weight

    0.108 kg

  • Height

    27 mm

  • Length

    82 mm

  • Sustainability

    +

  • Width

    85 mm

Additional parameters

+
  • Construction type of device

    Other

  • Degree of protection (IP)

    IP20

  • Depth

    80 mm

  • Galvanic separation between input and output

    -

  • Galvanic separation between inputs

    -

  • Galvanic separation between output to output

    -

  • Galvanic separation between supply voltage and all other current circuits

    -

  • Height

    78 mm

  • Inherently safe according to EN 60947-5-6 NAMUR

    +

  • Load

    0.2 .. 0.2 Ohm

  • Load influence

    0 %/100%

  • Malfunction message output

    -

  • Mounting method

    Snap mounting support rail

  • Number of channels

    1

  • Number of input ranges +5 V ... -5 V

    0

  • Number of input ranges +10 V ... -10 V

    0

  • Number of input ranges -1 V ... +1 V

    0

  • Number of input ranges -2 V ... +2 V

    0

  • Number of input ranges -2.5 V ... +2.5 V

    0

  • Number of input ranges -5 V ... +5 V

    0

  • Number of input ranges -5 mA ... +5 mA

    0

  • Number of input ranges -10 V ... +10 V

    0

  • Number of input ranges -10 mA ... +10 mA

    0

  • Number of input ranges -20 V ... +20 V

    0

  • Number of input ranges -20 mA ... +20 mA

    0

  • Number of input ranges -60 mV ... +60 mV

    0

  • Number of input ranges -100 mV ... +100 mV

    0

  • Number of input ranges -300 mV ... +300 mV

    0

  • Number of input ranges -500 mV ... +500 mV

    0

  • Number of input ranges 0 V ... 1 V

    0

  • Number of input ranges 0 V ... 2 V

    0

  • Number of input ranges 0 V ... 2.5 V

    0

  • Number of input ranges 0 V ... 5 V

    0

  • Number of input ranges 0 V ... 10 V

    1

  • Number of input ranges 0 V ... 20 V

    0

  • Number of input ranges 0 V ... 24 V

    0

  • Number of input ranges 0 V ... 30 V

    0

  • Number of input ranges 0 mA ... 5 mA

    0

  • Number of input ranges 0 mA ... 10 mA

    0

  • Number of input ranges 0 mA ... 20 mA

    1

  • Number of input ranges 0 mV ... 60 mV

    0

  • Number of input ranges 0 mV ... 100 mV

    0

  • Number of input ranges 0 mV ... 200 mV

    0

  • Number of input ranges 0 mV ... 300 mV

    0

  • Number of input ranges 0 mV ... 500 mV

    0

  • Number of input ranges 1 V ... 5 V

    0

  • Number of input ranges 2 V ... 10 V

    0

  • Number of input ranges 4 mA ... 20 mA

    1

  • Number of input ranges 5 V ... 0 V

    0

  • Number of input ranges 5 V ... 1 V

    0

  • Number of input ranges 10 V ... 0 V

    0

  • Number of input ranges 10 V ... 2 V

    0

  • Number of input ranges 20 mA ... 0 mA

    0

  • Number of input ranges 20 mA ... 4 mA

    0

  • Number of output ranges +5 V ... -5 V

    0

  • Number of output ranges +10 V ... -10 V

    0

  • Number of output ranges -1 V ... +1 V

    0

  • Number of output ranges -2 V ... +2 V

    0

  • Number of output ranges -2.5 V ... +2.5 V

    0

  • Number of output ranges -5 V ... +5 V

    0

  • Number of output ranges -5 mA ... +5 mA

    0

  • Number of output ranges -10 V ... +10 V

    0

  • Number of output ranges -10 mA ... +10 mA

    0

  • Number of output ranges -20 V ... +20 V

    0

  • Number of output ranges -20 mA ... +20 mA

    0

  • Number of output ranges -60 mV ... +60 mV

    0

  • Number of output ranges -100 mV ... +100 mV

    0

  • Number of output ranges -300 mV ... +300 mV

    0

  • Number of output ranges -500 mV ... +500 mV

    0

  • Number of output ranges 0 V ... 1 V

    0

  • Number of output ranges 0 V ... 2 V

    0

  • Number of output ranges 0 V ... 2.5 V

    0

  • Number of output ranges 0 V ... 5 V

    0

  • Number of output ranges 0 V ... 10 V

    1

  • Number of output ranges 0 V ... 20 V

    0

  • Number of output ranges 0 V ... 24 V

    0

  • Number of output ranges 0 V ... 30 V

    0

  • Number of output ranges 0 mA ... 5 mA

    0

  • Number of output ranges 0 mA ... 10 mA

    0

  • Number of output ranges 0 mA ... 20 mA

    1

  • Number of output ranges 0 mV ... 60 mV

    0

  • Number of output ranges 0 mV ... 100 mV

    0

  • Number of output ranges 0 mV ... 200 mV

    0

  • Number of output ranges 0 mV ... 300 mV

    0

  • Number of output ranges 0 mV ... 500 mV

    0

  • Number of output ranges 1 V ... 5 V

    0

  • Number of output ranges 2 V ... 10 V

    0

  • Number of output ranges 4 mA ... 20 mA

    1

  • Number of output ranges 5 V ... 0 V

    0

  • Number of output ranges 5 V ... 1 V

    0

  • Number of output ranges 10 V ... 0 V

    0

  • Number of output ranges 10 V ... 2 V

    0

  • Number of output ranges 20 mA ... 0 mA

    0

  • Number of output ranges 20 mA ... 4 mA

    0

  • Operation temperature

    0 .. 60 °C

  • Power consumption

    1.44 W

  • Rated supply voltage at DC

    24 .. 24 V

  • SIL according to IEC 61508

    None

  • Switching current

    0.004 A

  • Switching power

    1.4 VA

  • Switching voltage

    24 V

  • Type of electric connection

    Screw connection

  • Type of power supply

    Active

  • Width

    25 mm

Description

This temperature transmitter is part of the range of Harmony Analog interfaces. It is designed to convert signal of Pt100 probe into standard electrical signal which is compatible with automation platforms, controllers. Its supply voltage is 24V DC, non isolated. It also allows the connection distance between a sensor and the measurement acquisition device to be increased. The cables used to connect the converters to process equipment (PLCs) are standard cables, which are more cost effective than extension cables or compensation cables suitable for low level signals for Pt100 probes or thermocouples. Conforming to IEC standards, UL and CSA certified, this converter is suitable for universal use.


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