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Key Technical Specifications
| Parameter | Value / Specification |
| Manufacturer | HEUFT Systemtechnik GmbH |
| Part Number | HBE010200 (Sub-variants: HBE010200-ST/P, HBE010200ST) |
| Alternate Part Number | HEUFT T186-C3/ST/P |
| Module Type | CPU3 Processing & Control Terminal Interface Board |
| System Compatibility | HEUFT SPECTRUM, SPECTRUM II, and TX-Upgrade inspection systems |
| Operating Voltage | 24 V DC backplane supply (±10%) |
| Communication Protocol | HEUFT High-Speed Internal Bus System / Serial Peripheral Interface |
| Operating Temperature | 0 °C to +50 °C (32 °F to 122 °F) |
| Storage Temperature | −20 °C to +70 °C (−4 °F to 158 °F) |
| Relative Humidity | 10% to 90% non-condensing |
| Mounting Style | Rack-mount backplane slide-in / Eurocard format |
| Applications | High-speed fill-level inspection, foreign object detection, bottle sorting lines |
Product Introduction & Supply Chain Strategy
The HEUFT HBE010200 control terminal card serves as a central CPU processing unit in HEUFT SPECTRUM automated inspection systems. It manages high-speed input/output signal processing, coordinating fault detection, image timing, and container rejection mechanisms on beverage and packaging lines operating at speeds up to 180,000 containers per hour.
Maintaining a New Surplus HEUFT HBE010200 module on-site is a critical strategic buffer against catastrophic bottling line downtime. Because OEM list availability for legacy HBE-series modules is restricted, plant managers face severe lead-time risks during sudden CPU failures. Purchasing genuine New Surplus guarantees original manufacturing tolerances, unaged board components, and zero pin wear—eliminating the unpredictable failure rates and short lifespans typical of refurbished market alternatives.
Installation & Configuration Guide
Stage 1: Pre-Installation (Prep & Safety)
- Execute full Lock-Out/Tag-Out (LOTO) procedures on the main control cabinet and 24 V DC field power supplies.
- Put on an ESD-grounded wrist strap connected to cabinet earth to prevent static damage to sensitive onboard CMOS processors.
- Open the rack cage and take clear photographs of all DIP switch blocks, jumper banks, and daughterboard positions on the installed card.
Stage 2: Removal
- Unthread the upper and lower retaining thumbscrews securing the card front panel to the rack frame.
- Carefully pull the card handles outward simultaneously to unseat the rear DIN connectors from the backplane.
- Slide the card straight out along its guide rails without applying side pressure to avoid bending the backplane connector pins. Place the old card into an ESD-shielded bag immediately.
Stage 3: Installation (Clone & Seat)
- Remove the new HEUFT HBE010200 unit from its static-shielding bag.
- Match all DIP switch blocks (addressing, bus termination) and jumper settings on the new board to replicate the original card’s photo exactly.
- Align the new module with the card guide slots. Push firmly and evenly on the front panel until the rear pins fully seat into the backplane socket. Secure the thumbscrews tightly.
Stage 4: Power-On & Testing
- Verify the 24 V DC bus voltage is within spec (+24 V DC ±5%) before energizing the system.
- Restore power to the rack. Observe the front panel diagnostic LEDs: confirm the RUN / READY LED lights green and no red ERR / FAULT LEDs remain illuminated.
- Perform a test cycle on the bottling line to confirm real-time signal transmission, trigger sensor handshakes, and reject gate execution.
HBE010200
HBE010200
Firmware/Software Versions & Upgrade Notes
- Firmware Baseline: The HBE010200 board requires system-level firmware compatible with the specific HEUFT SPECTRUM OS build running on the main machine rack.
- Revision Compatibility: Hardware revisions designated as HBE010200-ST/P or T186-C3/ST/P carry specific onboard EPROM or Flash firmware revisions. Always verify that the firmware revision on the board’s socketed ICs matches or directly supports your host machine system build.
- Mismatch Risks: Swapping an card with an mismatched firmware build can cause boot loops, missing sensor bus nodes, or rejection timing misalignments.
- Field Upgrade Warning: Do not attempt firmware flashing while the module is installed in a live production environment. If a firmware update is required, back up system parameters to external storage, perform the flash offline via an approved programmer, and run functional diagnostics prior to line operation.
Frequently Asked Questions (FAQ)
Q: How can I be sure this HEUFT unit is brand new surplus and not refurbished?
A: Every unit we supply is guaranteed Brand New Surplus. It is sourced directly from authorized inventory reserves, plant spares liquidations, and OEM overflow stock. The board features original anti-static packaging, zero insertion marks on backplane edge pins, untouched factory solder joints, and authentic OEM serial labels. It is not pulled from a decommissioned line and has undergone zero repair cycles.
Q: Why is New Surplus priced higher than refurbished boards on third-party markets?
A: Refurbished cards typically consist of aged circuit boards where failed components were replaced, leaving surrounding electrolytic capacitors and relays near their end of life. Buying refurbished exposes your plant to sudden failures that can cause tens of thousands of dollars per hour in bottling line downtime. Our New Surplus pricing reflects pristine, unaged OEM hardware that provides a full 10-to-15 year operational lifespan and total operational security.
Q: Is the HEUFT card an obsolete or End-of-Life (EOL) item?
A: Yes, the series belongs to legacy HEUFT SPECTRUM architectures that are gradually being phased out or transitioned to newer SPECTRUM II platforms. Because factory lead times for legacy boards can stretch to months—or require expensive full-system upgrades—keeping a New Surplus unit on site is the most cost-effective inventory strategy to ensure zero unplanned downtime.
Q: Can I hot-swap the card while the machine is powered on?
A: No. Inserting or removing the while the backplane is energized can cause electrical arc damage across connector pins and trigger fatal voltage spikes across the onboard CPU and communication ICs. Always isolate 24 V DC power to the rack before extraction or insertion.
Q: Will this board hold its operational parameters if power is lost?
A: Critical line configuration settings, sensor calibration profiles, and rejection timing thresholds are typically stored on the host system memory card or main CPU. However, node addresses and system configuration protocols set via onboard DIP switches must be manually configured to match your previous board’s exact switch positions prior to powering up.
Q: What warranty coverage comes with this New Surplus module?
A: Unlike typical 30-day warranties offered on used or refurbished parts, our New Surplus control boards are backed by a comprehensive 1-Year Warranty. Every module undergoes visual, electrical, and live-rack functional verification before shipment.
