Read-only technician viewF1 live sample

Outside Air74°F

Product / site statusProtectedBoth probes inside range

Time-to-Limit46.4mDoor exposure watch

Suction pressure

3.4PSI

Gauge range 0-50psi

Calculated saturated
R404A sat suction -40.2°F

Discharge pressure

218PSI

Gauge range 0-500psi

Calculated saturated
R404A sat condensing 94°F

Sensor snapshot14 layout points • tap rows to graph

Product Probe Temp 1-37.1°CGraph

Product Probe Temp 2-37.1°CGraph

Suction Sat Temp-40.2°FR404A pressure/temp

Superheat6.2°FR404A pressure/temp

Defrost Term Temp-39.1°FGauge context

Discharge Sat Temp94°FR404A pressure/temp

Return Air Temp-29.8°FBox air

Evap TD10.4°FCoil performance

Door Open Time46.4 minsGauge context

Door Open Count17Gauge context

Vibration.543 IMPGauge context

Hot Gas Temp164°FCompressor discharge

Subcooling9°FLiquid line

COMPRESSOR AMPS22.4 AElectrical

OutputStatus

Liquid Line ValveOnOpen

Evap FansOnRunning

Defrost HeatersOffOff

DoorClosed

15 mins

Y: Selected trace min/maxX: 15 mins window

Freezer 1 live trace • selected pointsProduct Probe Temp 1 / Suction Sat Temp / Discharge Sat Temp / COMPRESSOR AMPS

Last events

300s event replayRepeated start window with elevated amps and stable product probes.Alarm: Product Probe Temp 1 -37.35 °C

Suggested pathVerify compressor amps, contactor/capacitor behavior, suction pressure recovery, and door exposure before dispatch.

Refrigeration chatbot

Freezer 1 is protected. Active event 422: Compressor short cycle. Repeated start window with elevated amps and stable product probes.

Demo Cryo Company • technician workbench

Gauges, traces, and repair context before the truck rolls.

This fictional demo view gives field teams pressure, amperage, vibration, superheat, product condition, controller evidence, event replay, suggested checks, and repair verification.

Computer technician layout

Same original 14 points, rebuilt for desktop width.

The computer page keeps Mike’s point order intact across Freezer 1, Freezer 2, and ANTE RM, but uses the wider screen for side-by-side comparison instead of stacking everything like the phone.

Protected / service watch

Freezer 1

Original layout points, ordered for wide technician review.

01Product Probe Temp 1-37.1°C

02Product Probe Temp 2-37.1°C

03Suction Temp-37.6°F

04Superheat3.6°F

05Defrost Term Temp-39.1°F

06Discharge Temp-35.4°F

07Return Air Temp-33.9°F

08Evap Temp TD1.6°F

09Door Open Time46.4 mins

10Door Open Count17

11Vibration.543 IMP

12Hot Gas Temp178°F

13Sub cooling27°F

14COMPRESSOR AMPS32.5 A

Output / Status — separate from the 14 data pointsLiquid Line ValveEvap FansDefrost HeatersDoor

Protected / runtime watch

Freezer 2

Same 14-point order so technicians do not relearn the page per asset.

01Product Probe Temp 1-36.9°C

02Product Probe Temp 2-36.9°C

03Suction Temp-37.6°F

04Superheat3.6°F

05Defrost Term Temp-39.1°F

06Discharge Temp-35.4°F

07Return Air Temp-33.9°F

08Evap Temp TD1.6°F

09Door Open Time22.7 mins

10Door Open Count11

11Vibration.388 IMP

12Hot Gas Temp178°F

13Sub cooling27°F

14COMPRESSOR AMPS27.4 A

Output / Status — separate from the 14 data pointsLiquid Line ValveEvap FansDefrost HeatersDoor

Normal / door discipline

ANTE RM

Same layout positions; freezer-only refrigeration points stay visible as N/A.

01Product Probe Temp 1N/A

02Product Probe Temp 2N/A

03Suction TempN/A

04SuperheatN/A

05Defrost Term TempN/A

06Discharge TempN/A

07Return Air Temp36.1°F

08Evap Temp TDN/A

09Door Open Time46.4 mins

10Door Open Count36

11VibrationN/A

12Hot Gas TempN/A

13Sub coolingN/A

14COMPRESSOR AMPS0 A

Output / Status — separate from the 14 data pointsLiquid Line ValveEvap FansDefrost HeatersDoor

Service gauges

The first read looks like field instrumentation, not a spreadsheet.

Each gauge ties to a selected site, asset, and live point so the technician can focus on what changed.

42PSI

Suction

stable

0 to 80 PSI

238PSI

Discharge

watch head pressure

120 to 320 PSI

18.6A

Compressor

+22% vs baseline

0 to 28 A

0.42ips

Vibration

bearing band elevated

0 to 0.7 ips

9.8F

Superheat

inside target

0 to 24 F

-35.4C

Product

protected

-45 to -10 C

Digital Mechanic

300-second incident replay

Controller-style traces line up the pre-alarm window so the technician can see what changed before the call.

-300sAlarm

Product probe-35.4 Cinside protected range

Compressor amps+22%startup band above baseline

Suction pressure42 PSIstable with recovery under watch

Vibration RMS0.42 ipsbearing band elevated

Door / fan / LLVnormalno behavioral trigger found

Trace watchlist

Controller graph controls

Selected asset, selected trace, alarm overlay, differential view, and service-record export.

Product Probe Temp 1Available tracewatch

Product Probe Temp 2Available tracewatch

Suction TempAvailable tracewatch

SuperheatAvailable tracewatch

Defrost Term TempAvailable tracewatch

Discharge TempAvailable tracewatch

Return Air TempAvailable tracewatch

Evap Temp TDAvailable tracewatch

Door Open TimeAvailable tracewatch

Door Open CountAvailable tracewatch

VibrationAvailable tracewatch

Hot Gas TempAvailable tracewatch

Sub coolingAvailable tracewatch

COMPRESSOR AMPSAvailable tracewatch

Digital Mechanic

Thermodynamic calculations

Suction/discharge pressure, saturation conversion, superheat, subcooling, pulldown velocity, thermal decay rate, and defrost termination delta.

Digital Mechanic

Electrical + vibration signature

Startup amperage, running amperage, voltage sag, vibration RMS/peak, and bearing/rotor indicators for the Mechanical Heartbeat.

Digital Mechanic

Controller-style graph

Date range, device selector, trace selector, alarm overlay, absolute/differential view, and export to service records.

Digital Mechanic

One-trip service workflow

Likely cause, confidence score, suggested part, check-step guide, repair-order handoff, Verify Repair, and Baseline Reset after confirmed operation.

Repair-order support

F1 compressor short-cycle investigation

Startup amps are 22% above baseline with elevated vibration band and delayed post-defrost recovery. Check capacitor, contactor, fan state, pressure behavior, and refrigerant charge indicators before replacing compressor.

Guardrail

AI gives evidence. The technician owns the fix.

The platform supports licensed mechanical judgment without replacing field authority.