EN
| Specification Item | Technical Parameter | Local Market Adaptation Notes for EU / North America |
|---|---|---|
| Product Model Series | SCLON‑LVB‑100 / SCLON‑LVB‑300 | Compliant with IEC‑61508 functional‑safety‑relevant test‑recording requirements; generates audit‑ready logs for local hydraulic components quality‑system audits |
| Supported DUT (Device‑Under‑Test) | Oil pump controller, variable pump ECU, proportional hydraulic controller | Covers mainstream controller hardware widely adopted in regional industrial and mobile hydraulics markets |
| Analog Signal Channel | 16‑way AI / 16‑way AO; Signal accuracy ±0.15 % FS | High‑precision signal simulation for sensor feedback loops required by local hydraulic testing equipment validation workflows |
| Digital I/O Channel | 32‑way DI / 32‑way DO; Response latency ≤15 μs | Simulates switch, enable, fault‑alarm signals for full‑coverage logic verification on Logic Verification Bench for Control Components |
| Simulation Function | Pump pressure signal, flow feedback, temperature signal, fault‑injection simulation (over‑temp, over‑pressure, short‑circuit) | Built‑in fault‑injection function for safety‑related controller validation, widely demanded by European functional‑safety standards |
| Test Execution Mode | Manual single‑step test; Automated script‑sequential test; Batch logic‑verification test | Script‑reusable test sequences reduce repeated programming work for R&D teams of Hydraulic Pump Controller Test Bench |
| Data & Log Output | Ethernet; CSV / JSON / PDF automated report; full‑timestamp event log | Timestamp‑complete logs satisfy ISO quality‑management traceability; compatible with local MES and QA database systems |
| Human‑Machine Interface | Industrial touch‑screen + PC control software; multi‑language UI(EN / DE / FR / ES) | Pre‑loaded standard test templates for common oil‑pump‑controller logic‑check workflows |
| Working Environment | Ambient temperature: 5‑45 °C; Humidity ≤85 % non‑condensing | Fits typical R&D lab and quality‑control‑lab environmental conditions of western manufacturing enterprises |
| Power Supply | 400‑480 V 3‑phase AC 50 / 60 Hz | Matches standard factory power supply specifications across EU and North‑America, no extra transformer modification required |
| Localized Application Scenario | B‑End Buyer Type | Regional Market Core Pain Points | Quantitative Product Advantages |
|---|---|---|---|
| Pre‑production logic verification for mass‑produced oil pump controller units | Hydraulic component OEM & electronic controller manufacturer | Local controller manufacturers rely on manual bench‑testing; missed logic‑loop defects lead to field‑return failures of hydraulic components; manual testing consumes massive senior‑engineer manpower | 1. As Oil Pump Controller Test Bench, automated script‑testing covers ≥96 % of defined logic‑test‑points；2. Automatically marks failed logic nodes; manual‑testing labour consumption reduced by 84 %；3. Batch‑test function supports pre‑production sample verification |
| R&D functional‑safety validation for new variable pump ECU hardware | Hydraulic R&D laboratory & solution‑development department | New controller development needs large‑scale fault‑injection logic‑check; third‑party safety‑verification services are expensive with long lead‑times for Hydraulic Pump Controller Test Bench projects | 1. Built‑in multi‑type fault‑injection simulates over‑pressure, short‑circuit and over‑temperature conditions；2. Complete event‑timestamp log for functional‑safety‑report compilation；3. Shortens internal R&D verification period by 48 %, lowers third‑party testing outsourcing expenditure |
| Incoming QC logic spot‑check for outsourced pump‑controller assemblies | Machinery OEM quality‑control department | Equipment builders purchase external controller assemblies; ordinary general‑purpose hydraulic testing equipment cannot complete dedicated logic‑verification; latent logic defects trigger field‑equipment breakdown and warranty claims | 1. Pre‑configured quick‑execute logic‑test suites for incoming spot‑inspection；2. Auto pass‑or‑fail judgement；3. Full‑traceability test logs for warranty‑dispute evidence preservation |
| Custom test‑system integration for commercial third‑party test laboratories | Independent test‑service lab & testing machinery system integrator | Commercial labs need flexible Logic Verification Bench for Control Components to serve diverse client controller models; frequent manual re‑configuration lowers laboratory throughput | 1. Open‑script editor supports custom‑test‑case editing for different client DUT versions；2. Quick‑swap wiring‑terminal groups for different controller interfaces；3. Multi‑language test‑report output adapts for multi‑national client project documentation |
A1: Ya. Bangku Uji Pengontrol Pompa Oli ini merupakan Bangku Uji Pengontrol Pompa Hidraulik khusus dan Bangku Verifikasi Logika lengkap untuk Komponen Kontrol. Mendukung verifikasi urutan logika normal ditambah simulasi injeksi kesalahan multi-kondisi, cocok untuk penelitian dan pengembangan, verifikasi pra-produksi, dan QC masuk untuk sebagian besar pengontrol komponen hidraulik; ini dapat menggantikan beberapa mesin pengujian instrumen diskrit yang tersebar.
A2: Ya. Sistem secara otomatis menghasilkan log peristiwa dengan stempel waktu penuh dan laporan pengujian PDF/JSON. Semua nilai simulasi sinyal, momen pemicu kesalahan, dan hasil penilaian logis dicatat sepenuhnya, sehingga memberikan dokumentasi siap audit untuk audit sistem mutu IEC‑61508 dan ISO untuk alur kerja peralatan pengujian hidraulik lokal. UI multi-bahasa dan templat laporan sudah diinstal sebelumnya.
A3: Platform ini dilengkapi dengan editor skrip pengujian terbuka untuk mengedit kasus pengujian logika khusus. Kami mendukung penyesuaian khusus kuantitas saluran sinyal, tata letak terminal kabel, dan perlengkapan DUT sesuai dengan spesifikasi perangkat keras pengontrol Anda. Harap berikan dokumen definisi pin pengontrol dan persyaratan spesifikasi pengujian untuk penawaran khusus untuk proyek mesin pengujian komponen hidraulik Anda.
Butuh lembar data teknis lengkap, gambar tata letak, file contoh skrip pengujian, atau kutipan formal untuk Sistem Verifikasi Logika Bangku Uji Pengontrol Pompa Minyak ini?
Silakan kirimkan kebutuhan Anda: Jenis pengontrol DUT, jumlah saluran AI/AO / DI/DO yang diperlukan, item uji inti, dan parameter tegangan suplai 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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