In OBS, enable Automatically Reconnect, then set Retry Delay and Maximum Retries in the reconnect settings. The delay is not necessarily the wait before every attempt: OBS says the retry time doubles on each retry, and a maximum retry count of zero disables reconnecting.
Those controls govern OBS trying to resume its output; they do not govern YouTube’s broadcast lifecycle. If you are streaming a scheduled event, check YouTube’s Auto-stop setting separately, because the OBS YouTube guide warns that it can prevent reconnecting to continue the broadcast after the encoder stops.
Find the reconnect controls in OBS
Open OBS and locate the reconnect settings for its streaming output. The interface labels to look for are Automatically Reconnect, Retry Delay, and Maximum Retries. OBS’s English locale lists those controls, although its documentation does not identify a single panel location for every version. If your layout differs, search the OBS settings panels for the reconnect controls rather than assuming a menu path from a screenshot made with another release.
These settings are relevant when OBS is sending a live output to YouTube and loses its connection. In a 24/7 playlist setup, OBS may be playing a sequence of recorded videos while publishing that output as a continuous live feed. A brief interruption in internet access or the publishing connection can leave OBS unable to send video until it reconnects. Turning on the retry control tells OBS to attempt recovery; it does not make the internet connection stable or promise that YouTube will preserve every broadcast state.
Before changing anything, confirm that OBS is streaming to the intended YouTube event and using that event’s current stream key. YouTube describes a stream key as the identifier the encoder uses to send the feed to YouTube. If the key or event is wrong, changing retry timing will not fix the underlying destination. You can review YouTube’s official instructions in Manage live stream settings.
If your playlist is made from bhajan recordings, reconnect behaviour is only one part of a dependable broadcast. The separate task of arranging the media so playback itself continues is covered in this guide to playing a playlist of recorded bhajan videos in OBS without gaps. A playlist can keep advancing locally while OBS is disconnected, so check both playback and the outgoing connection when you test recovery.
Enable Automatically Reconnect
Turn on Automatically Reconnect if you want OBS to try again after its output connection is interrupted. With it off, OBS will not automatically carry out its configured reconnect attempts. This setting is the first decision; the delay and retry count matter only as part of the retry behaviour you intend to allow.
A retry is an attempt by OBS to restore its connection to the service. It is not a general restart of your entire computer or a repair of a failed playlist source. If OBS has closed, the computer has lost power, the playlist has stopped, or the network is unavailable for a prolonged period, reconnecting may not address the cause. For a channel that must run unattended, test realistic failures rather than treating the checkbox as a guarantee.
After enabling it, observe what happens in a controlled test. If practical, use a non-critical test broadcast or a planned maintenance window; do not interrupt an important event merely to see what the setting does. Briefly disconnecting the publishing path and restoring it can show whether OBS begins retrying and whether it gets back to sending. Then verify the result in YouTube’s Live Control Room, not just in the OBS status area.
OBS’s technical reference explains the retry timing and count but does not promise that a particular retry sequence will recover every YouTube session. YouTube’s event state and network conditions still matter. This is why it is useful to record what you observed, including whether the same event resumed, rather than assuming one successful test proves recovery in every kind of outage. The OBS output reference is the primary source for the retry behaviour described below.
Set Retry Delay and Maximum Retries
Retry Delay sets the initial wait used by OBS’s retry process. Maximum Retries sets how many attempts OBS will make before it stops trying. Consider them together: the delay shapes how soon the first retry begins, while the retry limit determines how long the process is permitted to continue as attempts accumulate.
There is no documented universal setting for a devotional stream, a lofi station, a local news loop, or a study channel. The sources do not prescribe a best delay or maximum count. A channel with short, occasional network interruptions may have different needs from a channel whose connection can remain unavailable for a long time. You should choose based on the interruptions you need to tolerate and the length of time you want OBS to keep trying, then test those choices against your own setup.
Use the following comparison as a way to think through the controls, not as a preset recommendation:
| Choice | What it controls | Question to answer |
|---|---|---|
| Retry Delay | Initial wait before retry behaviour begins | How soon should OBS make its first attempt after a disconnect? |
| Maximum Retries | Number of attempts allowed | How many attempts should OBS make before it stops? |
| Both together | The retry sequence OBS will carry out | How long should your configuration continue trying as waits increase? |
Avoid treating a displayed delay as a fixed interval between all attempts. The doubling behaviour changes later waits, so the total time consumed by a retry sequence is not simply the first delay multiplied by the attempt count. If you need to know how a specific OBS version behaves in a particular case, consult its current documentation and verify the sequence with a controlled test.
For video quality settings, reconnect options are separate from bitrate and rate-control choices. If you are reviewing the output configuration at the same time, the OBS CBR or VBR guide for YouTube Live covers a different decision. Changing bitrate does not substitute for enabling reconnect, and an aggressive retry schedule will not compensate for an output configuration that your connection cannot sustain.
What doubling and zero retries mean
OBS states in its output documentation that “The retry time will double on each retry to prevent overloading services.” In practical terms, the first delay is not a promise that every later retry will occur after the same interval. As the retry sequence proceeds, the time between attempts grows. That spreads attempts out rather than repeatedly hitting the service at one fixed pace.
This matters when estimating the period an interruption can be tolerated. Suppose the network remains down through more than one attempt: later attempts will be separated by longer waits than the initial one. Your retry limit therefore interacts with the delay. A higher number of attempts can allow OBS to keep trying longer, but because the waits increase, it does not translate directly into a predictable number of minutes without accounting for the sequence.
OBS also documents that a retry count of zero disables reconnecting. Do not enter zero under the assumption that it means “keep retrying indefinitely”; in this setting it means there are no reconnect attempts. If you want OBS to retry, use a non-zero maximum and check the resulting behaviour in the version you are running.
Do not infer more than the source says. The doubling rule describes OBS retry timing, not YouTube’s recovery window, how long an event remains available, or whether all dropped connections will return to the same live event. YouTube’s public help page does not provide a guaranteed recovery duration for every interruption. When OBS appears to have reconnected, confirm the current event is actually live and that viewers can receive it.
Choose settings for the interruption and run duration
Start by describing the failures you expect, rather than choosing values because another channel uses them. Is the usual issue a short network fluctuation, a longer broadband outage, or an interruption with no predictable end? How long should the channel remain in a retry state before a person needs to investigate? Those answers determine what trade-off you are making between prompt attempts and continued retries.
A shorter initial delay can make the first recovery attempt sooner, but that does not make the whole retry sequence fast: later waits double. A larger retry limit gives OBS more attempts before it stops, but it also means the configuration can continue through a longer sequence. A smaller limit may be appropriate if you want a person to intervene sooner after repeated failures. Neither choice is universally right; the channel’s purpose, staffing, connection history, and tolerance for an unattended outage all matter.
For a channel intended to run through the night, decide whether OBS should continue trying while nobody is present or reach a point where an operator checks the connection. A small business running a product loop during staffed hours may prefer a different escalation plan from a devotional channel expected to remain available overnight. In either case, write down the chosen delay and retry count, the reason for them, and what the operator should do if OBS exhausts its attempts.
Test under conditions that resemble the interruption you are planning for. Restore the network during the retry sequence and check whether OBS resumes output; then check the broadcast in YouTube Studio. If you can only test a brief interruption, be clear that you have verified only that case. A short test cannot establish that a much longer outage, a stopped encoder, or a changed event state will recover in the same way.
Network quality is another part of the diagnosis. If YouTube viewers report buffering while the stream remains connected, the cause may not be the same as an OBS disconnect. The checklist for packet loss and jitter when YouTube keeps buffering explains why upload speed alone does not describe every network problem. Keep that investigation separate from retry tuning, so changing delay does not mask an issue with the connection itself.
Check YouTube Auto-stop separately
OBS reconnect settings and YouTube Auto-stop are different controls. OBS decides whether and when to attempt to reconnect its output. YouTube’s Auto-start and Auto-stop settings govern whether an encoder can start or stop a broadcast. YouTube Help says, “When these settings are on, you can start or stop streaming from your encoder.” Read the current YouTube live stream settings guidance for the event you are configuring.
For scheduled broadcasts, pay particular attention to Auto-stop. The OBS-published guide to streaming to YouTube warns that enabling Auto-stop removes the possibility of reconnecting to continue the broadcast after the encoder stops. That is a caveat about how the event can be ended; it is not a claim that Auto-stop is harmless when an encoder disconnects. If your intended recovery path depends on resuming the same scheduled broadcast after OBS stops sending, review whether Auto-stop should be off and understand the event workflow before going live.
Auto-start is also worth distinguishing, but it does not replace OBS reconnects. It concerns starting a broadcast from the encoder. A reconnect attempt concerns restoring an interrupted output. Review both options in YouTube Studio and decide how they fit the scheduled event, rather than assuming that enabling Auto-start or Auto-stop changes OBS’s retry count.
After configuring both sides, confirm the broadcast state in YouTube’s Live Control Room. A successful OBS connection does not by itself establish that the intended YouTube event is live, nor does it guarantee that the event will remain available through every outage. YouTube’s official help does not promise a universal reconnect window. If a stream is important, include a check of event state in your operating procedure and know who will respond if recovery does not happen.
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FAQ
Does OBS use the same Retry Delay for every attempt?
No. OBS’s output documentation says the retry time doubles on each retry. Treat the field as the starting point for a sequence with increasing waits, not as a fixed interval for every attempt.
What does Maximum Retries set to zero do?
OBS documents zero retries as disabling reconnecting. If you want OBS to make automatic attempts, set a non-zero maximum and verify the behaviour in your installed version.
Will OBS reconnecting guarantee that my YouTube event continues?
No. OBS retry controls govern its attempts to restore output; YouTube’s broadcast state is separate. Check the event in Live Control Room after recovery, and review Auto-stop for scheduled broadcasts because the OBS guide warns it can prevent continuing after the encoder stops.
What is the best delay for a 24/7 playlist?
The reviewed sources provide no universal best delay or retry count. Choose settings for the interruptions you expect and the period you want OBS to keep trying, then test them and document what happens on your own channel.