400 L · 20°C/min
Repeated +85°C to −40°C cycling
The source record shows repeated hot and cold plateaus with close setpoint-to-measured tracking.
English reading guideSP / TSP = temperature setpoint · PV / FPV = measured temperature.
SCI RAPID TEMPERATURE CHANGE CHAMBERS
Choose by ramp rate, workspace and load.
Compare 5, 10, 15 and 20°C/min platforms from 150 L to 1,000 L, screen specimen fit, and review original cycling records before requesting the final configuration.
Real SCI chamber platformFour ramp-rate classes29 approved model rowsOriginal cycling records
Rapid-change product family · real chamber viewFinal refrigeration architecture, dimensions and options follow the selected rate class and approved configuration.
03.1 · PRODUCT FAMILY CONFIGURATOR
5 → 10 → 15 → 20°C/min
Choose the required linear ramp-rate class first, then select the workspace volume. Review only the core selection fields here; detailed utilities remain in the comparison table and approved technical specification.
MID-SIZE
408 L rapid-change chamber viewCTE/H-SG7040C-15W
15°C/MIN · FLAGSHIP
408 L Rapid Temperature Change Chamber
CTH-SG4040C-02FA balanced 15°C/min platform for accelerated reliability cycling with a practical 408 L workspace.
Temperature−40 to +150 °C
Humidity20–98 %RH*
WorkspaceW800 × H850 × D600 mm
Program rate15°C/min
Typical applications
Confirm specimen mass, heat output, transition range, dwell logic, utilities and the agreed ramp-rate measurement method.
CONCEPT · PUT YOUR SAMPLE INSIDE
Interactive sample placement inside the chamber
STAINLESS-STEEL WORKSPACE408 L · 800 × 850 × 600 mm
Brushed stainless linerWire shelves & railsSelected sample package
WORKSPACE FIT SCREEN
Battery modules
Preset sample package320 × 180 × 90 mm · 4 pcs
Estimated volume utilization—
Heat-load reference—
WORKSPACE FIT · PASSReserve clearance on all sides.
Concept screening only. Final selection requires actual sample dimensions, mass, heat output, cable routing, shelf loading and the agreed acceptance method.
Continue to C03 Site Planner →03.2 · MODEL COMPARISON
Compare the selected rate class side by side.
Use the model code, volume, operating range, ramp rate and workspace for the first selection. Detailed engineering configuration is confirmed through enquiry.
| Model | Volume | Temperature | Ramp rate | Workspace | Observation window | Positioning |
|---|
Source values are normalized from the supplied 5 / 10 / 15 / 20°C/min parameter tables. Confirm the specimen load, rate method, selected options and acceptance criteria through the approved quotation and technical specification.
03.3 · ENGINEERING DETAILS
See the chamber as an engineered system — not just an enclosure.
Explore the shared chamber platform, airflow path, refrigeration hardware, interfaces, protection devices and maintenance access through distinct real-equipment views.
Full workspace overview
Stainless workspace, shelving and airflow path provide a direct view of the usable test environment.
03.4 · ENGINEERING VALUE
Fast transitions need more than a headline rate.
Selection links ramp rate to workspace, specimen mass, heat output, airflow, refrigeration capacity and the stated measurement method.
01 · RANGE
Wide operating envelope
−70→+150°C
Core family range from the supplied rate-class tables.
02 · SPEED
Four selectable classes
5–20°C/min
Choose the required linear change rate before choosing chamber volume.
03 · LOAD
Real profile evidence
100 kg / 4 kW
The supplied curve library includes a 5°C/min loaded reference profile.
04 · CONTROL
Programmed cycling
SP / PV
Original records show repeated hot-to-cold transitions instead of a single isolated ramp.
03.5 · PERFORMANCE EVIDENCE
Three original records. Three different selection questions.
SOURCE CURVES · CROPPED FOR READABILITY · NO REDRAWING
Review repeated 20°C/min cycling, a 1.2 m³ 15°C/min program, and a 100 kg / 4 kW loaded 5°C/min record. These are platform references; final acceptance follows the selected model and agreed test method.
03.6 · CONTROL & SERVICEABILITY
Make the operator experience part of the product value.
Each card uses a different real-equipment view: controller, remote record, electrical organization and refrigeration service access.
Physical controller interface
The dedicated controller view keeps the usability story grounded in the equipment actually delivered.
Remote monitoring & diagnostic visibility
Connected configurations can share operating state, alarms and live SP/PV curves with technical support before deciding the next action.
Electrical cabinet organization
Terminal blocks, relays and control devices are grouped for inspection, identification and service access.
Refrigeration service access
The open lower service bay shows heat-exchange hardware, copper piping and maintainable component access.
03.7 · MANUFACTURING CONTEXT
From selection to real equipment.
Real workshop context connects the digital configuration with assembled equipment, functional testing and release preparation. Model, options and acceptance requirements remain traceable through the engineering and quality process.
Real workshop photographyEngineering configurationFunctional verificationRelease quality
03.8 · QUALITY BUILT INTO EVERY UNIT
223 documented line items — made visible.
The supplied inspection workbook contains 223 recorded line items: 219 defined requirements plus four open issue-capture lines. The visual below preserves the four disciplines, severity logic and closed-loop release process.
CHECKPOINT DISTRIBUTION
Four disciplines. One traceable release record.
223DOCUMENTED LINE ITEMS
Electrical & control58
Structure & appearance55
Refrigeration48
Commissioning & release62
ISSUE CLASSIFICATION ACROSS THE RECORDA / B / C + open lines
A · 103B · 93C · 20Open / other · 7
CLOSED-LOOP QUALITY GATES
Quality is checked at the handoff — not only at the end.
Every process owner checks the work, the next process cross-checks the handoff, and final QA controls release. Identified issues are rectified and re-checked before sign-off.
01 · SELF-CHECKWorkstation owner verifies requirements and workmanship.
02 · CROSS-CHECKNext process validates the upstream handoff.
03 · FINAL QACompleted equipment receives formal release review.
0 unresolved issues permitted at release · rectification and re-check close the loop.
Electrical & control · 58Installation, wiring, protection, controller communication, actions and alarms.
Structure & appearance · 55Door, seal, interior, exterior, unit assembly, hardware fit and finish.
Refrigeration · 48Components, piping fabrication, fastening, insulation, sealing and split-unit checks.
Commissioning & release · 62Programs, specification conformity, documents, labels, functional tests and sign-off.
Source: supplied SCI factory inspection workbook. Counts are derived directly from its four inspection sheets.
03.9 · REQUEST A SELECTION
Turn rate, workspace and load into a practical RFQ.
Share the required temperature range, linear ramp rate, specimen dimensions, mass, heat output, dwell logic, utilities and acceptance method. The selected rate class and volume are carried into the request automatically.