Bi-parting automatic sliding operators frequently deploy in conjunction with pedestrian speed gates, LPR optical portals, and automated boom barriers to establish unified, secure entry envelopes across airports, corporate headquarters, and commercial centers.
Bi-parting automatic sliding doors represent the gold standard in high-traffic perimeter automation, offering double the clear-opening velocity of single-slide leaves while preserving architectural symmetry and air infiltration control.
Full conformance to European safety guidelines mandates redundant microprocessor self-monitoring, fail-safe dual monitored safety light curtains, active infrared presence detection to prevent secondary edge shearing, and continuous force limitation under 150N dynamic impact thresholds.
Next-generation 24V/36V DC brushless permanent magnet synchronous motors deliver whisper-quiet drive acoustics (<48 dB) with zero carbon brush attrition. For cleanroom and medical suites, linear magnetic levitation tracks offer contactless frictionless transit with exceptional thermal resilience.
Integrated emergency breakout (panic exit) configurations enable both sliding door leaves and semi-fixed sidelites to swing outward 90 degrees under a manual push force (<110N), satisfying critical NFPA 101, IBC Section 1010, and European emergency egress route mandates.
A rigorous engineering quotation requires disaggregating the mechanical drive operator, tempered structural glazing, radar sensor assemblies, and environmental seals. Below is our baseline factory-direct cost matrix scaled across volume procurement tiers.
| System Classification | Operator Drive & Leaf Payload | Clear Opening Width (COW) | Standard Sensor & Glass Package | 1 - 5 Units (FOB China) | 6 - 20 Units (Project Tier) | 21+ Units (Enterprise Bulk) |
|---|---|---|---|---|---|---|
|
Commercial Heavy-Duty Model BP-STD 200 |
Dual BLDC 24V Drive, 2 × 120 kg max leaf payload, reinforced timing belt | 1,200 mm - 2,200 mm (Total portal: ~4,200 mm) | 10 mm Clear Tempered Glass, BEA Dual Combined Radar/Active IR Safety Curtains | $1,450 - $1,780 | $1,280 - $1,520 | $1,120 - $1,340 |
|
Full Emergency Breakout (Panic) Model BP-BRK 300 |
Reinforced 36V Brushless Motor, 2 × 150 kg payload with heavy-duty pivots | 1,400 mm - 2,600 mm (Total portal: ~5,200 mm) | 12 mm Laminated Safety Glass, Magnetic Breakout Latches, Monitored Battery Egress | $2,100 - $2,550 | $1,850 - $2,180 | $1,620 - $1,900 |
|
Hermetic Cleanroom / Hospital Model BP-CLNR 400 |
Drop-down track mechanism with hermetic perimeter gasket sealing, 2 × 160 kg | 1,200 mm - 2,000 mm (Flush wall track) | Antibacterial HPL / 304 Stainless Frame, No-touch Optical Wave Switch + Interlock | $2,450 - $2,980 | $2,150 - $2,600 | $1,890 - $2,280 |
|
Acoustic & Thermal Barrier Model BP-THM 500 |
Ultra-Torque 250W BLDC motor, reinforced structural carriage, 2 × 220 kg | 1,600 mm - 3,200 mm (Monumental entrances) | 24 mm Double Insulated Low-E Glazing (Argon filled), Thermal Break Profiles | $2,800 - $3,450 | $2,480 - $3,050 | $2,180 - $2,690 |
|
Telescopic 4-Leaf Bi-Parting Model BP-TEL 600 |
Dual toothed secondary sync pulleys, 4 moving leaves (2 per side), 4 × 80 kg | 2,000 mm - 4,000 mm (Ultra-wide opening) | 10 mm Ultra-Clear Low-Iron Glass, Integrated Dual-Direction Radar/Presence | $2,650 - $3,250 | $2,300 - $2,850 | $2,050 - $2,490 |
Single tempered (10-12 mm) vs double-pane insulated (24 mm Low-E argon) alters total leaf weight by up to 130%, governing track carriage bearings and carriage rollers.
Premium European/Japanese encoder brushless motors maintain continuous duty cycles with zero heat derating, while smart variable frequency drives adjust acceleration curves dynamically.
UL/CE certified breakaway structural hinges, magnetic interlocks, and ceiling-recessed smoke integration hardware add approximately 25-35% to the base mechanical kit price.
Architectural 6063-T6 aluminum headers with 25µm anodization, PVDF fluorocarbon coatings, or Grade 316 surgical stainless steel cladding offer salt-spray resilience up to 1,000 hrs.
Bi-parting entrances must adapt to rigorous physical demands across diverse vertical environments—from stringent micro-particulate cleanroom isolation to high-volume airport terminal throughput.
Capable of supporting millions of passenger cycles annually. Equipped with radar direction filtering to ignore cross-traffic and prevent false triggers, integrated with baggage-trolley impact bumpers, and coupled with automated speed turnstiles for customs isolation.
Hermetic bi-parting assemblies feature perimeter elastomeric seals that drop down on closure, preserving 50Pa positive air pressure in ISO Class 5/6 cleanrooms. Hands-free optical sensor wave plates eliminate cross-contamination risk.
Ultra-slim 70 mm header profiles with frameless tempered monolithic glass create an unobstructed architectural visual field. Low-E double-glazed panels paired with brush labyrinth seals decrease building HVAC loss by up to 28%.
Bi-parting interlock mantrap configurations ensure airlock integrity. Networked directly into Anrui biometric turnstiles, LPR gates, and supervisory SCADA platforms via dry contact and encrypted TCP/IP interfaces.
Operating from our modern 8,000 m² Shenzhen smart manufacturing base, Shenzhen Anrui Intelligent Equipment Co., Ltd. synchronizes automated CNC profiling, surface treatment lines, and automated life-cycle QA stress rigs to maximize precision while driving down project costs.
Heavy-duty structural aluminum headers are machined with 0.05 mm tolerances using 5-axis CNC processing centers. Custom length pre-drilled brackets reduce on-site assembly time by 40% for global installation crews.
Every controller, motor gearbox, and radar transceiver undergoes 72 hours of uninterrupted dynamic load burn-in at 50°C and 90% relative humidity, eliminating infant component mortality before international crating.
Benefit from one consolidated Bill of Lading (B/L) encompassing bi-parting operators, speed gates, vehicle barrier gates, and license plate recognition portals—reducing shipping container drayage costs by up to 35%.
The convergence of computerized access control, computer vision, and energy conservation is driving architectural bi-parting sliding doors into self-diagnosing, autonomous environmental portals.
Migrating from basic infrared sensors to stereoscopic embedded edge AI camera pods capable of distinguishing human approach vectors, luggage trailing, and pedestrian dwell zones, cutting unnecessary opening cycles by 32%.
IoT track accelerometers measure belt vibration, micro-slippage, and motor winding temperature signatures in real time. Anomalies trigger automated alert tickets to facility maintenance before structural jam events occur.
Regenerative braking kinetics recover inertial kinetic energy during leaf deceleration cycles, recharging onboard supercapacitors to power standby radar circuits and decreasing building electrical loads.
Moving beyond proprietary RS-485 interfaces to open-standard BACnet/IP and Matter-over-Thread network stacks, facilitating plug-and-play linkage with Building Management Systems (BMS) and fire response nodes.
Global general contractors and procurement engineering teams require auditable quality documentation, BIM models, and comprehensive lifecycle guarantees before tender approvals.
We supply parametric Autodesk Revit (.rfa) families, IFC files, and 2D DWG structural cross-sections showing header load-bearing calculations, perimeter lintel anchoring, and electrical conduit routing to ensure architectural alignment.
Independent laboratory type-test certifications covering EU Machinery Directive 2006/42/EC, EMC Directive 2014/30/EU, Low Voltage Directive 2014/35/EU, and UL 325 test protocols ensure rapid statutory building inspection approval.
Multi-lingual technical service teams provide live remote commissioning assistance via video, customized wiring schematics, and an overseas inventory of critical motor, carriage, and logic board replacements with air-dispatch guarantees.
Detailed answers for mechanical consultants, electrical contractors, access integrators, and procurement directors evaluating bi-parting entrance investments.
A bi-parting door splits the required movement span between two synchronized leaves moving in opposing directions. This doubles the effective clear opening velocity (e.g., each leaf traveling at 600 mm/s yields an effective opening clearance rate of 1,200 mm/s). In high-volume corridors, this 50% reduction in door cycle delay prevents foot traffic bottlenecks, preserves indoor thermal stability, and halves structural track footprint requirements along adjacent flanking walls.
EN 16005 compliance is achieved through three integrated safeguards: First, an active monitored safety beam and combined active infrared curtain create a 3D protective blanket across both closing faces, preventing leaf closure if an obstruction is detected. Second, microprocessor-controlled torque limitation ensures dynamic impact kinetic energy remains below 150N, reversing door motion within 0.2 seconds. Third, a monitored emergency battery unit performs an automated fail-open egress sequence upon loss of primary AC power.
Yes. The main logic controller features dedicated galvanically isolated input terminals for dry contacts (NO/NC), Wiegand-to-RS485 converters, and Ethernet interfaces. In fire emergency scenarios, a dedicated, prioritized Fire Alarm System (FAS) trigger overrides all daytime locks and hold-closed states, either commanding immediate full-speed opening or engaging the emergency breakout mechanism depending on local civil defense egress protocols.
Pricing is driven by four primary variables: (1) Total portal clear width and height, which dictate extrusion gauge and motor wattage (100W vs 250W); (2) Glazing type, ranging from standard 10 mm tempered safety glass to 24 mm insulated argon-filled Low-E acoustic units; (3) Breakout panic-hardware functionality, which requires specialized mechanical breakout pivots; and (4) Integrated sensor arrays, choosing between basic radar or dual-technology safety presence light curtains with directional masking.
Standard operator drive kits ship within 7 to 10 working days from Shenzhen. Full architectural portal assemblies with custom extruded frames and bespoke glazing ship in 14 to 21 working days. Every component is cushioned with high-density EPE foam, edge guards, and crated in IPPC-certified fumigated solid plywood export cases suitable for ocean breakbulk, FCL/LCL, or air freight dispatch.
We deliver end-to-end technical empowerment including complete step-by-step 3D video installation tutorials, comprehensive English wiring manuals, remote engineer commissioning support via WhatsApp/Zoom, and a tiered spare-part provisioning program. Distributors also receive priority access to localized software tools, promotional collateral, and white-label branding options for project tenders.
Complete perimeter management demands an uninterrupted chain of control. Explore our complementary line of vehicular boom barriers, hydraulic rising bollards, smart space reservation locks, and parking revenue hardware.
Direct access to Shenzhen Anrui application engineers. Receive custom layout drawings, wiring schematics, full bill-of-materials cost modeling, and CE compliance documentation within 24 hours.