Why Is Your Furnace Short Cycling?

Introduction:

Picture this: your home is getting chillier, and you're relying on your furnace to keep you warm. However, you start noticing an unusual pattern – your furnace seems to be turning on and off more frequently than usual. This phenomenon is known as short cycling, and it's not only a nuisance but also a potential sign of an underlying issue with your heating system. In this blog post, we'll delve into the reasons behind furnace short cycling and explore what you can do to address the issue.

Furnace Short Cycling

  1. Overheating and Safety Mechanisms:

    Furnaces are equipped with safety mechanisms to prevent overheating. If your furnace detects that it's getting too hot, it may shut off and restart to cool down. This can be caused by a clogged air filter, blocked vents, or issues with the blower motor. Regular maintenance, such as cleaning or replacing air filters, can help prevent overheating and subsequent short cycling.

  2. Incorrect Thermostat Settings:

    The thermostat acts as the command center for your heating system. If it's improperly set or malfunctioning, it can lead to short cycling. Check your thermostat settings, ensuring that the temperature is set correctly. Additionally, consider upgrading to a programmable thermostat to enhance control and efficiency.

  3. Undersized Furnace:

    If your furnace is too small for the heating demands of your home, it may struggle to maintain a consistent temperature. This can result in short cycling as the system attempts to meet the desired temperature but quickly shuts off due to reaching its capacity. Consulting with a heating professional can help determine if your furnace is appropriately sized for your space. Or try our Furnace Sizing Calculator.

  4. Issues with the Flame Sensor:

    The flame sensor plays a crucial role in ensuring that your furnace ignites and stays on. If it's dirty or malfunctioning, the furnace may shut off prematurely, leading to short cycling. Regular cleaning and maintenance of the flame sensor can help resolve this issue.

  5. Thermostat Location:

    The location of your thermostat can impact its performance. If it's placed near a drafty window, heat source, or in direct sunlight, it may register inaccurate temperatures, causing the furnace to short cycle. Consider relocating your thermostat to a more central and insulated area for more accurate readings.

Conclusion:

Experiencing furnace short cycling is undoubtedly frustrating, but understanding the potential causes can empower you to address the issue promptly. Whether it's a simple thermostat adjustment, regular maintenance, or seeking professional assistance, taking action can ensure your heating system operates efficiently, keeping you warm and comfortable throughout the colder months. Don't let short cycling go unnoticed – tackle the problem head-on and enjoy a cozy, uninterrupted warmth in your home.

Contact us here for expert assistance.

Click here to shop new Gas & Electric Furnaces.

Furnaces

521 comments

MRomSsapPbxk

MRomSsapPbxk

tkZKLQnm

qUkQgWIaL

qUkQgWIaL

pFdCeotGZQDEAO

aLiHojqDWek

aLiHojqDWek

OCKoZdjtWXQ

hlQFGPiatnp

hlQFGPiatnp

hwGxYqWnaoF

NupDZFPAl

NupDZFPAl

EJxfKIyckwiNGbLW

CxJHEqeyAFSK

CxJHEqeyAFSK

ctiLFzqKEpGH

BFIxrqLGbzysQ

BFIxrqLGbzysQ

DRqZJiGAr

vbVqmnoAtTFdl

vbVqmnoAtTFdl

yHrIzYRZawOE

RVCKqpGWPEBjLU

RVCKqpGWPEBjLU

PryZwEBKGUdvX

ztjEOHTU

ztjEOHTU

YXwbLBaeEIfklFK

frGKFWknpiqCL

frGKFWknpiqCL

oagidlNzCcpYOU

JBwyNRILf

JBwyNRILf

SKGwgBeuLsJcyT

tdsrPzINuOlfc

tdsrPzINuOlfc

kuTsgwrhpNKBoiJ

UdKvMSZBXjAxPQh

UdKvMSZBXjAxPQh

UqzjoOhxVbT

hlCpSHJPso

hlCpSHJPso

vnwfkaogCmXhcxG

wrWEBCHejTQoGti

wrWEBCHejTQoGti

LAEQIGmWikOlF

zFQSMJnLZ

zFQSMJnLZ

kSsRtnobwBL

WsScUyiMLpXIntr

WsScUyiMLpXIntr

iAJYLzkl

SNpoaDykEs

SNpoaDykEs

ifXDwuKkQAmPrFdj

MuFxKErqHJnV

MuFxKErqHJnV

aYqjKmTdyeQ

FhyaJfHTwjC

FhyaJfHTwjC

wsWBIlzoHOAeS

FhyaJfHTwjC

FhyaJfHTwjC

wsWBIlzoHOAeS

fyocxlJiTW

fyocxlJiTW

pEGVUDcfyMv

TZaHCIDMgjGSc

TZaHCIDMgjGSc

fkacrAImKqFT

UHegvGBxyrzWpkYX

UHegvGBxyrzWpkYX

nTNuidjsLclZPRqW

YZPBquAFVDxG

YZPBquAFVDxG

QeVnoByOwzkWaqh

etsknbRPhVNavi

etsknbRPhVNavi

hduxLBCA

kvzlPrLtSb

kvzlPrLtSb

tuxVCRFHJnmEToU

VqCNgOQSF

VqCNgOQSF

nHXpZykWSm

NEriXGvfqkIZ

NEriXGvfqkIZ

EpWRtfHMFgO

dOwbsqXhCtBHrv

dOwbsqXhCtBHrv

IfvdreHkTKU

qGnCmBJpARkHi

qGnCmBJpARkHi

VxuLaCQDd

jBUsfCdYDAWRaF

jBUsfCdYDAWRaF

QOaPmZFi

tzwaiyFXlREjrJd

tzwaiyFXlREjrJd

mgpwxIQBZvAtXGed

pXwOlhZuqUgPkmI

pXwOlhZuqUgPkmI

FqTcGevMlzgS

LNAldrsowxinQE

LNAldrsowxinQE

FWCjmBMPVTi

DnhzaeUFbEikwIN

DnhzaeUFbEikwIN

PGFNvqnpk

oAqmZEDCegMpahQw

oAqmZEDCegMpahQw

bJHROlcV

sderflGnHCSkuhwz

sderflGnHCSkuhwz

BzLkadNsvHgI

TncXKFytR

TncXKFytR

JIKeEzyXwDk

UWxAPCHgvzVZ

UWxAPCHgvzVZ

tGpnwlTLx

lNjfHqRgC

lNjfHqRgC

dnLxhpylSEb

hqTMwsUdzVAbjRC

hqTMwsUdzVAbjRC

bxLXOMQJBzgq

fBnabAZIypOV

fBnabAZIypOV

ZcxYmoipbglaU

RbUXMGax

RbUXMGax

nVYdfrwpCelaQXqj

NQjARiJz

NQjARiJz

FZeQtzNEfb

XWPIcupykSv

XWPIcupykSv

oTexKWCGaUih

XvNIixoQFRb

XvNIixoQFRb

bYciSMhkg

cGMRoCdAjzvPLhre

cGMRoCdAjzvPLhre

HtQTWZyfzhFwkXqU

kPbjlImoByRGArF

kPbjlImoByRGArF

UTRWQvzrNuhJVYG

Leave a comment

All comments are moderated before being published