EN
| Specification Item | Technical Parameter | Local Market Adaptation Notes for EU / North America |
|---|---|---|
| Product Model Series | SCLON‑DDB‑220 / SCLON‑DDB‑380 | Aligns with ISO 10770 hydraulic‑valve dynamic‑test standards; generates traceable dynamic test logs for CE technical documentation of local hydraulic components |
| Dynamic Test Pressure Range | 0‑380 bar, high‑speed servo pressure closed‑loop control | Supports dynamic impulse‑pressure simulation for proportional, cartridge and safety valves widely used across western industrial equipment |
| Adjustable Test Flow | 5‑220 L/min, fast‑response flow regulation | Realises rapid flow‑step‑change excitation required for this Precision valve component tester dynamic debugging workflows |
| Sampling Acquisition Rate | Pressure / flow: up to 50 kHz; time resolution 20 μs | Captures millisecond‑level transient spike, oscillation and overshoot phenomena which static test benches cannot record |
| Core Dynamic Debugging Items | Response‑time test, pressure‑overshoot detection, oscillation debugging, flow‑step‑response, impulse‑fatigue test, hysteresis characterisation | Dedicated dynamic‑focused functions, complements conventional static‑type hydraulic testing equipment |
| Compatible Test Media | HLP mineral oil, HEES eco‑friendly biodegradable hydraulic fluid | Supports bio‑hydraulic oil widely adopted for EU environmentally‑compliant manufacturing workshops |
| Data Output & Interface | Gigabit‑Ethernet; auto‑export CSV / MAT‑format / PDF dynamic curve reports | Raw high‑speed sampling data can be imported into third‑party analysis software; compatible with local lab data‑management systems for Dynamic testing system for valves |
| Human‑Machine Operation | Industrial touch‑HMI + upper‑computer analysis software; multi‑language UI (EN / DE / FR / ES) | Pre‑built dynamic‑debugging templates; custom trigger‑condition configuration for Valve performance testing setup |
| Working Ambient Condition | Ambient temp: 5‑45 °C; Humidity ≤85 % non‑condensing | Optimised for R&D laboratory environments of industrial component manufacturers in Europe and North America |
| Power Supply | 380‑480 V 3‑phase AC 50/60 Hz | Matches standard factory power grid specifications; no additional transformer modification required |
| Localized Application Scenario | B‑End Buyer Type | Regional Market Core Pain Points | Quantitative Product Advantages |
|---|---|---|---|
| Dynamic characteristic debugging for newly‑developed proportional & servo‑valve prototypes | Hydraulic valve R&D centre & component design OEM | Local R&D teams rely only on static hydraulic testing equipment, unable to capture transient oscillation, pressure‑overshoot defects; dynamic problems leak to field application, causing complaint for hydraulic components | 1. As Precision valve component tester, 50 kHz high‑speed sampling captures 20 μs‑level transient signals；2. Identifies oscillation‑type defects missed by static test at rate up to 93 %；3. Shortens prototype dynamic‑debug iteration cycles by 46 % |
| Impulse‑dynamic fatigue validation for high‑safety cartridge / relief valves | Safety‑critical component manufacturer & quality‑engineering department | Static fatigue benches cannot reproduce real‑world rapid pressure impulse working conditions; actual field dynamic failure cannot be reproduced indoors; third‑party dynamic test resources are scarce and costly for Dynamic testing system for valves | 1. Realises programmable pressure‑impulse excitation; supports up to 2 000 000‑cycle dynamic impulse fatigue test；2. Automatically records performance drift during cyclic ageing；3. Cuts third‑party dynamic‑test outsourcing expenditure significantly |
| Post‑failure root‑cause analysis for returned defective field‑service valves | Machinery OEM after‑sales‑technology & failure‑analysis lab | Field‑returned faulty valves behave normally under static inspection; hidden dynamic faults cannot be reproduced by ordinary testing machinery, leading to ambiguous root‑cause conclusions | 1. This Valve performance testing setup reproduces on‑site rapid‑change flow / pressure working conditions；2. Visual dynamic curve comparison between good‑valve and faulty‑valve；3. Improves failure‑diagnosis efficiency by 77 % for returned component analysis |
| Custom dynamic‑test‑solution integration for professional hydraulic‑research laboratories | University research lab & independent commercial test‑system integrator | Research‑grade labs demand open‑data‑access dynamic‑test platforms; closed‑source commercial benches restrict secondary data‑processing and custom‑excitation programming | 1. Open raw‑data export, supports import to MATLAB / Python for deep research‑oriented analysis；2. User‑definable pressure‑flow excitation waveform；3. Modular fixture adapters cover multiple valve forms for multi‑project lab usage |
A1: Sebagai penguji komponen katup presisi khusus, sistem pengujian dinamis untuk katup ini berfokus pada menangkap respons dinamis tingkat milidetik sementara. Pengaturan pengujian kinerja Katup ini mengumpulkan data pengambilan sampel berkecepatan tinggi untuk fenomena overshoot, osilasi, dan respons langkah yang tidak dapat ditangkap oleh peralatan pengujian hidraulik statis. Mesin ini melengkapi stasiun uji statis untuk validasi R&D lengkap komponen hidraulik, dan tidak dapat sepenuhnya digantikan oleh mesin pengujian untuk keperluan umum.
A2: Ya. Sistem ini mendukung ekspor kumpulan data pengambilan sampel berkecepatan tinggi asli dalam format yang kompatibel dengan CSV dan MAT. Anda dapat mengimpor data ke perangkat lunak analisis pihak ketiga untuk pascapemrosesan berorientasi penelitian tingkat lanjut. Laporan kurva dinamis PDF standar juga disediakan untuk dokumentasi audit kualitas rutin.
A3: Perlengkapan pertukaran cepat modular mendukung katup proporsional, katup kartrid, katup pengaman pelepas, dan bentuk lainnya. Bentuk gelombang aliran tekanan eksitasi dapat diprogram oleh pengguna. Kami juga menyediakan perlengkapan dan urutan pengujian yang dikembangkan secara khusus untuk katup dengan spesifikasi khusus. Kirimkan dimensi katup dan spesifikasi pengujian dinamis Anda untuk penawaran khusus untuk proyek mesin pengujian komponen hidrolik Anda.
Butuh lembar data teknis lengkap, gambar tata letak mekanis, kurva sampel pengujian dinamis, atau kutipan formal untuk Bangku Debugging Dinamis untuk Katup Hidraulik ini?
Silakan kirimkan kebutuhan Anda: cakupan aliran tekanan target, jenis katup utama dalam proses debug, item pengujian dinamis utama, dan parameter catu daya pabrik lokal. Tim penjualan teknis B‑end kami akan membalas dalam waktu 24 jam kerja dan mengirimkan proposal & penawaran teknis yang disesuaikan untuk peralatan pengujian hidraulik, komponen hidraulik, dan proyek mesin pengujian Anda.
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