Your Ignition tags already caught the deviation, but nobody found out until end of shift.
Your plant already runs Ignition, and the tags read temperature, pressure, flow, and line speed every second of every shift. That data sits in a historian while your quality team writes the same numbers on a clipboard and finds the out-of-spec reading hours later. This one-pager shows what changes when the reading fires the check itself.
The gap between reading an Ignition tag and acting on it
Ignition is doing its job. It reads the tag, logs the value, holds the history. It doesn't open the quality record or start the corrective action while the line is still running, and that's the gap this SafetyChain module closes the same way at every site running Ignition.
What you'll find inside the one-pager
The one-pager walks one path from start to finish: a temperature tag goes out of limit, and you see what SafetyChain does with it before the next pallet comes off the line.
- Sync, control, utilize: three steps, Ignition tag to closed corrective action
- Checks that fire themselves: temperature, pressure, and line-speed tags trigger the check and fill the record
- SPC alerts on drift: what happens the second a reading leaves your control limits
- Machine to audit trail: the record a reading opens, and what an auditor sees when it closes
- OEE with the cause attached: every dip linked to the quality event behind it
- No-code tag mapping: what your team configures visually, and where an integrator still earns their fee
I started my career in pen and paper. Not having to wait until the end of the day to realize you had a failure on the line is huge.
Where this fits in your Ignition stack
The module runs on top of the Ignition you already have. SafetyChain is an official Inductive Automation Alliance Partner and works with Grantek, a premier Ignition system integrator, and runs in more than 2,500 food and beverage facilities.
