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182G22

Description
Toroidal Power Transformer,
CategoryPower management    transformer   
File Size201KB,5 Pages
ManufacturerHammond
Websitehttp://www.hammondmfg.com
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182G22 Overview

Toroidal Power Transformer,

182G22 Parametric

Parameter NameAttribute value
Is it Rohs certified?incompatible
Reach Compliance Codecompliant
ECCN codeEAR99
Transformer typeTOROIDAL POWER TRANSFORMER
Base Number Matches1
1/30/2018
Toroidal L.V. - Chassis Mount (182 Series) - Hammond Mfg.
Quality Products. Service Excellence.
Toroidal L.V. - Chassis Mount
182 Series
Note:
This product line will soon be discontinued as a stocked series. Available while quantities last. It has been replaced with
1182 Series.
For alternative solution assistance, please contact Hammond Customer Service -
sales@hammfg.com
or USA
(716) 630-7030, Canada and International (519) 822-2960.
Features
Low profile, lightweight, cool running - due to high efficiency toroidal design
Dual 117/234 VAC primary, 50/60 Hz. operation
Units are designed to have all windings engaged.
Center single hole mounting - units over 225VA include a potted center (see photos
below) for extra mounting strength.
Supplied with two rubber insulating pads, one metal centering washer and all mounting
hardware (160VA and under)
Supplied with one bottom rubber insulating pad and mounting hardware (225VA and
larger)
Center bolt size varies with VA - see tables below.
Minimum 8" long flexible leads
Hi-Pot test of 4,000V RMS between primary & secondary
CSA certified to C22.2 #66 - CSA file #209651
UL recognized to UL506 - UL file #E207860
CE certified to IEC950
Note about Inrush Current:
Due to the superior magnetic properties of Toroidal transformers they will be susceptible
to high magnetizing current when initially energized, only limited by the low DC resistance
of the primary winding. Depending on where you are in the AC cycle when the
transformer is energized dictates the chances of overloading the supply circuit. This is
why the transformer may sometimes energize without a problem and other times it will
blow the fuse or trip the circuit breaker. The duration of this overload is rarely longer than
a half of a cycle. Therefore, you should consider using a slow-blow fuse, time delayed
circuit breaker or other form of soft start circuitry for the supply line when using these high
efficient Toroidal transformers.
https://www.hammfg.com/electronics/transformers/power/182
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