Murrelektronik
MURR-10466MEF EMC-Filter 1-phase 2-stage; I = 16A; U = 250Vac / 300Vdc snap on; Against symmetrical interference
MEF EMC-Filter 1-phase 2-stage; I = 16A; U = 250Vac / 300Vdc snap on; Against symmetrical interference
EMC filter unit - 2-stage - against symmetrical interferences - snap-on style - Murrelektronik (Auxiliary/control circuits protection - MEF series filter modules) - with Screw-clamp term. touch protected - 250Vac / 300Vdc - Single-phase or DC - 16A - DIN rail TH35 mounting - order code #10466
Please add this item to cart to request a quote or contact us at [email protected] for product availability.
Brand
SKU
MURR-10466
Online Price
$302.03
Please add this item to cart to request a quote or contact us at [email protected] for product availability.
MURR-10466Murrelektronik - Auxiliary/control circuits protection - MEF series filter modules
Description
EMC filter unit - 2-stage - against symmetrical interferences - snap-on style - Murrelektronik (Auxiliary/control circuits protection - MEF series filter modules) - with Screw-clamp term. touch protected - 250Vac / 300Vdc - Single-phase or DC - 16A - DIN rail TH35 mounting - order code #10466
Specifications
Primary brand
Murrelektronik
Main function
Filter unit
Product series / family name
Auxiliary/control circuits protection
Sub-range name
MEF series filter modules
Network frequency
50/60 Hz
Functions
EMC filter unit
Design
2-stage
against symmetrical interferences
against symmetrical interferences
Number of circuits
snap-on style
Type of network
Single-phase or DC
Rated current
16A
Rated Voltage (AC) - Phase-to-neutral
250 V
Rated Voltage (DC)
300Vdc
Rated voltage (AC)
250Vac
Connection type
Screw-clamp term. touch protected
Mounting mode
DIN rail TH35
Customs Tariff Number
85363010
Order code / Manufacturer SKU
10466
Manufacturer product status
Commercialized
Benefits
The single phase 2-stage EMC filters MEF 1/2 are used in the range 0.1...30 MHz to suppress cable carried interference on mains and control cables. The best filter performance is achieved by using short connection wires.
Location of origin
Italy