Connect legacy machines to governed production intelligence.
TSRB Systems and Sealevel help manufacturers capture real shop-floor signals from legacy equipment, machines, and processing lines — then turn those signals into visibility, action, accountability, and governed execution.
Many machines still hold valuable signals that never reach the business.
Manufacturers often run dependable legacy machines, processing assets, manual stations, and production lines that were never designed for modern digital systems. Yet those assets may contain the exact signals needed to understand run status, downtime, cycle completion, counts, quality triggers, operator calls, and equipment events.
The machine has the signal
Run, stop, cycle, fault, count, input, output, relay, and event signals often exist at the equipment level.
The business needs the context
Those signals become valuable when connected to job, operation, shift, part, labor, quality, maintenance, and schedule context.
TSRB governs the response
Production Intelligence turns captured signals into owned action, escalation, proof-of-execution, and learning.
Why TSRB partners with Sealevel
Sealevel provides industrial-grade data acquisition and connectivity hardware that helps bridge plant-floor equipment into modern manufacturing systems. TSRB provides the production intelligence, integration strategy, operational context, dashboards, and governance workflows that make the captured data useful.
Sealevel provides the hardware foundation
DAQ devices and technical product expertise help manufacturers capture isolated inputs, relay outputs, machine events, and contact-closure signals from equipment that may not support modern APIs or native connectivity.
TSRB provides the manufacturing control layer
TSRB connects those signals to MERIT 2.0 and Production Intelligence so the plant can move from disconnected machine data to governed production execution.
What DAQ hardware can capture
The specific signal strategy depends on the machine, control, line, sensor, and customer environment, but common shop-floor use cases include:
Machine state
Run, stop, idle, fault, available, unavailable, cycle active, or other machine-side conditions.
Production events
Cycle complete, part count, batch trigger, station complete, line event, or production milestone signals.
Operator and quality inputs
Operator call buttons, inspection inputs, quality checks, alarm acknowledgement, manual station events, or process confirmations.
Fault and alarm conditions
Contact closures, relays, or discrete signals indicating downtime, abnormal condition, fault state, or intervention requirement.
Relay-based interface points
Controlled outputs for signaling, alerts, tower lights, interlocks, or other machine-side response logic where appropriate.
Legacy equipment signals
Practical connectivity for assets that cannot economically justify full controller replacement or deep automation retrofit.
DAQ hardware is the bridge. Governed execution is the destination.
Capturing a signal is only the first step. TSRB’s value is what happens after the signal is captured.
1. Capture
Collect machine states, contact closures, counts, events, and operator inputs from the plant floor.
2. Contextualize
Connect the signal to machine, job, operation, part, labor, shift, quality, maintenance, and schedule context.
3. Detect
Identify downtime, loss, blocked production, readiness failure, quality risk, or maintenance-triggered exception.
4. Govern
Assign ownership, start response timing, escalate when needed, apply gates, and require closure proof.
5. Learn
Use repeat events to improve SOPs, control plans, maintenance rules, scheduling logic, and training.
Example Sealevel DAQ devices for shop-floor applications
The devices below are examples of Ethernet Modbus TCP hardware that can support machine monitoring and signal acquisition strategies. Final selection should be based on the required input/output count, relay type, wiring, environment, and use case.
4 Isolated Inputs + 4 Reed Relays
A compact option for simple machine monitoring, event capture, count capture, or light output signaling where only a small number of signals are required.
4 Isolated Inputs + 4 Form C Relays
A flexible option when isolated inputs and Form C relay outputs are needed for state collection, machine-side interface signaling, or controlled response logic.
16 Isolated Inputs + 16 Reed Relays
A higher-density option for collecting multiple machine states, process events, work-cell signals, count triggers, or condition signals from one asset or area.
16 Isolated Inputs + 8 Form C Relays
A strong fit for expanded input capacity with balanced relay output capability across work cells, production lines, legacy equipment, or broader signal strategies.
Where this fits in TSRB Production Intelligence
Sealevel hardware is especially valuable where direct controller integration is not available, not practical, too expensive, or too disruptive. TSRB can use DAQ-based signals as part of a broader production intelligence strategy.
| Plant challenge | DAQ-supported signal | TSRB governed outcome |
|---|---|---|
| Legacy machine has no modern data interface | Run/stop, cycle, count, fault, or relay signal | Machine visibility, utilization, downtime capture, and exception workflow |
| Manual station lacks production feedback | Button, sensor, station complete, quality input, or count signal | Operator visibility, production confirmation, quality checks, and accountability |
| Processing line needs simple event tracking | Line state, alarm, batch event, or process trigger | Event timeline, response tracking, escalation, and production context |
| Maintenance or quality issue needs controlled response | Fault, interlock, inspection input, or alarm condition | Governed action, gate, proof-of-execution, and learning-loop update |
A practical path to connected production
TSRB understands that manufacturers do not need more disconnected technology. They need reliable shop-floor signal capture tied to operational intelligence and a clear path from visibility to control.
Start with the signal
Identify which machine or line signal matters most: running, stopped, faulted, counting, waiting, blocked, or requiring intervention.
Connect the context
Relate that signal to the job, operation, part, machine, operator, schedule, quality rule, or maintenance condition.
Govern the response
Use the signal to drive action, ownership, escalation, proof, and continuous improvement instead of another disconnected chart.
Need to connect legacy machines or manual equipment?
TSRB Systems, together with Sealevel, can help define the hardware, signal strategy, and Production Intelligence path needed to turn shop-floor activity into governed execution.
Talk to TSRBConnect legacy machines to governed production intelligence.
TSRB Systems and Sealevel help manufacturers capture real shop-floor signals from legacy equipment, machines, and processing lines — then turn those signals into visibility, action, accountability, and governed execution.
Many machines still hold valuable signals that never reach the business.
Manufacturers often run dependable legacy machines, processing assets, manual stations, and production lines that were never designed for modern digital systems. Yet those assets may contain the exact signals needed to understand run status, downtime, cycle completion, counts, quality triggers, operator calls, and equipment events.
The machine has the signal
Run, stop, cycle, fault, count, input, output, relay, and event signals often exist at the equipment level.
The business needs the context
Those signals become valuable when connected to job, operation, shift, part, labor, quality, maintenance, and schedule context.
TSRB governs the response
Production Intelligence turns captured signals into owned action, escalation, proof-of-execution, and learning.
Why TSRB partners with Sealevel
Sealevel provides industrial-grade data acquisition and connectivity hardware that helps bridge plant-floor equipment into modern manufacturing systems. TSRB provides the production intelligence, integration strategy, operational context, dashboards, and governance workflows that make the captured data useful.
Sealevel provides the hardware foundation
DAQ devices and technical product expertise help manufacturers capture isolated inputs, relay outputs, machine events, and contact-closure signals from equipment that may not support modern APIs or native connectivity.
TSRB provides the manufacturing control layer
TSRB connects those signals to MERIT 2.0 and Production Intelligence so the plant can move from disconnected machine data to governed production execution.
What DAQ hardware can capture
The specific signal strategy depends on the machine, control, line, sensor, and customer environment, but common shop-floor use cases include:
Machine state
Run, stop, idle, fault, available, unavailable, cycle active, or other machine-side conditions.
Production events
Cycle complete, part count, batch trigger, station complete, line event, or production milestone signals.
Operator and quality inputs
Operator call buttons, inspection inputs, quality checks, alarm acknowledgement, manual station events, or process confirmations.
Fault and alarm conditions
Contact closures, relays, or discrete signals indicating downtime, abnormal condition, fault state, or intervention requirement.
Relay-based interface points
Controlled outputs for signaling, alerts, tower lights, interlocks, or other machine-side response logic where appropriate.
Legacy equipment signals
Practical connectivity for assets that cannot economically justify full controller replacement or deep automation retrofit.
DAQ hardware is the bridge. Governed execution is the destination.
Capturing a signal is only the first step. TSRB’s value is what happens after the signal is captured.
1. Capture
Collect machine states, contact closures, counts, events, and operator inputs from the plant floor.
2. Contextualize
Connect the signal to machine, job, operation, part, labor, shift, quality, maintenance, and schedule context.
3. Detect
Identify downtime, loss, blocked production, readiness failure, quality risk, or maintenance-triggered exception.
4. Govern
Assign ownership, start response timing, escalate when needed, apply gates, and require closure proof.
5. Learn
Use repeat events to improve SOPs, control plans, maintenance rules, scheduling logic, and training.
Example Sealevel DAQ devices for shop-floor applications
The devices below are examples of Ethernet Modbus TCP hardware that can support machine monitoring and signal acquisition strategies. Final selection should be based on the required input/output count, relay type, wiring, environment, and use case.
4 Isolated Inputs + 4 Reed Relays
A compact option for simple machine monitoring, event capture, count capture, or light output signaling where only a small number of signals are required.
4 Isolated Inputs + 4 Form C Relays
A flexible option when isolated inputs and Form C relay outputs are needed for state collection, machine-side interface signaling, or controlled response logic.
16 Isolated Inputs + 16 Reed Relays
A higher-density option for collecting multiple machine states, process events, work-cell signals, count triggers, or condition signals from one asset or area.
16 Isolated Inputs + 8 Form C Relays
A strong fit for expanded input capacity with balanced relay output capability across work cells, production lines, legacy equipment, or broader signal strategies.
Where this fits in TSRB Production Intelligence
Sealevel hardware is especially valuable where direct controller integration is not available, not practical, too expensive, or too disruptive. TSRB can use DAQ-based signals as part of a broader production intelligence strategy.
| Plant challenge | DAQ-supported signal | TSRB governed outcome |
|---|---|---|
| Legacy machine has no modern data interface | Run/stop, cycle, count, fault, or relay signal | Machine visibility, utilization, downtime capture, and exception workflow |
| Manual station lacks production feedback | Button, sensor, station complete, quality input, or count signal | Operator visibility, production confirmation, quality checks, and accountability |
| Processing line needs simple event tracking | Line state, alarm, batch event, or process trigger | Event timeline, response tracking, escalation, and production context |
| Maintenance or quality issue needs controlled response | Fault, interlock, inspection input, or alarm condition | Governed action, gate, proof-of-execution, and learning-loop update |
A practical path to connected production
TSRB understands that manufacturers do not need more disconnected technology. They need reliable shop-floor signal capture tied to operational intelligence and a clear path from visibility to control.
Start with the signal
Identify which machine or line signal matters most: running, stopped, faulted, counting, waiting, blocked, or requiring intervention.
Connect the context
Relate that signal to the job, operation, part, machine, operator, schedule, quality rule, or maintenance condition.
Govern the response
Use the signal to drive action, ownership, escalation, proof, and continuous improvement instead of another disconnected chart.
Need to connect legacy machines or manual equipment?
TSRB Systems, together with Sealevel, can help define the hardware, signal strategy, and Production Intelligence path needed to turn shop-floor activity into governed execution.
Talk to TSRB