ZC-90 Series High Insulation Resistance Tester: Precise & Durable
In today's rapidly evolving electrical and electronics industries, ensuring the reliability and safety of insulation materials is paramount. The ZC-90 Series High Insulation Resistance Tester stands at the forefront of this field, setting new standards with advanced technology, robust design, and versatility across multiple industrial sectors.
ZC-90 Series High Insulation Resistance Tester - Advanced Protection Design
1. Industry Trends: Evolving Requirements for High Insulation Resistance Testers
Global investment in smart grids, automation, and sustainable energy sources is driving up demand for ZC-90 Series High Insulation Resistance Tester class equipment. As shown in recent Statista research, the global electrical test equipment market exceeded $7.6 billion in 2023 and is expected to hit $9.1 billion by 2026, fueled by heightened product quality requirements and stricter safety regulations (ISO, ANSI, CE).
Expanding Applications: Petrochemicals, metallurgy, water supply and drainage, power grid, automotive, rail transit.
ISO/ANSI Compliant: Regular updates to testing protocols for increased operator safety and data precision.
Third-Party Certifications: Adoption of IEC 61010-1 and ISO/IEC 17025 ensures global recognition.
Typical application scenarios of ZC-90 Series High Insulation Resistance Tester
ZC-90 Series offers the industry's broadest insulation resistance range, outperforming key competitors.
ZC-90 Series in field testing of petrochemical equipment
3. Technology Advantages of ZC-90 Series High Insulation Resistance Tester
Wide-range, High-precision Testing: Detect from micro to giga-ohm levels, suitable for multi-standard environments.
Robust IP54 Protection: Resists moisture, dust, and oil—compliant with international harsh environment standards.
Energy-efficient, Long Battery Life: Low-power design, dynamic standby, field usability exceeds 500h.
Anti-corrosive Material: Enclosure features CNC-machined, anodized aluminum, life cycle >15 years. Polyamide insulation meets RoHS directives.
Multi-Protocol Data Output: USB, RS-232, and optional wireless transfer enable smart factory integration (Industry 4.0 support).
User-friendly Calibration: Compliant with ISO/IEC 17025, auto-calibration routine ensures results traceable—vital for accredited labs.
Comprehensive Protection Circuitry: Overload, transient suppression, and safety interlock features certified to IEC 60364-6.
CNC-machined shell and advanced PCB - superior thermal insulation performance
4. Production Workflow of ZC-90 Series High Insulation Resistance Tester
Manufacturing Flowchart: Material Selection (Polyamide, 6061 Aluminum Ingots)→CNC Machining & Precision Casting (ISO 9001)→Electronic Assembly (Automated SMT for PCB, gold-plated connectors; QC to ISO 14644)→Functional Testing (Load, resistance, environmental per IEC 60068-2)→Calibration & Software Programming (Firmware upload, memory self-check, serial output test)→Quality Assurance (ANSI/IEC Test Pass, traceability record)→Packing & Logistics (Shock-proof case, ISO/ASTM Standard labeling)
Every unit undergoes 36-hour burn-in and passes traceable QA per ISO 9001:2015.
Processing Highlights: CNC milling ±0.01mm; anodization for corrosion resistance; eco solvent cleaning for compliance.
Lifecycle Guarantee: >15000 on/off cycles, no visible material degradation, tested per DIN 50018 KFW.
High-precision laboratory calibration under ISO/IEC 17025
5. Use Cases: Typical Application Scenarios & Client Feedback
Petrochemical Plant Switchrooms: Frequent cable insulation failures reduced by 60%, compliance with EPA mandates for leakage current limits.
Metallurgy (Steel Mills): Insulation resistance safety checks across 3200 meters of power bus—data logged automatically and exported via RS-232.
Water Supply/Drainage Facilities: Outdoor-grade units operate in -10°C, anti-corrosion housing extends service interval by 3 years; Innovative test protocols minimize downtime.
OEM Panel Builders: Adoption improved QA efficiency by 38%, approved by SGS audits for CE compliance.
Case Feedback (Example): "The ZC-90 Series High Insulation Resistance Tester replaced legacy devices in several plants—signal stability, data traceability, and robust IP54 enclosure exceeded our international project requirements." (Client: Siemens-Eurasia Transmission, 2023)
ZC-90 Series High Insulation Resistance Tester: On-site inspection at water utilities
6. Product Comparison Table
Feature
ZC-90 Series
Brand A
Brand B
Test Voltage Range
50V~1,000V (5 levels)
100V~500V (3 levels)
250V~1,000V (2 levels)
Insulation Resistance Range
0.1 MΩ ~ 200 GΩ
0.2 MΩ ~ 100 GΩ
1 MΩ ~ 50 GΩ
Material
CNC Aluminum + Polyamide
Plastic Housing
Die-cast Zinc Alloy
IP Rating
IP54
IP40
IP42
Data Output
USB, RS-232, Wireless (optional)
USB only
None
Certifications
ISO 9001, CE, RoHS
CE
CE, FCC
Test Memory
1000 sets
300 sets
100 sets
Price Level
Mid-range
Mid-low
Low
7. Customized Solutions for Industry Clients
As an OEM/ODM-friendly platform, the ZC-90 Series High Insulation Resistance Tester offers customized enclosures, specialized cable harnesses, industry-specific firmware (e.g., auto-reporting for waterworks), and logo branding.
Customization Workflow: Consultation → Spec proposal → Prototype → Pilot Batch → Mass Production
Application Example: Integration for remote IoT monitoring in high-humidity pump stations with MODBUS protocol adaptation.
ZC-90 Series shows error rates <0.03% after 20,000+ test cycles — proven industrial reliability.
8. Delivery, Warranty, and Professional Commitment
Standard Delivery: Usually 2-4 weeks for regular configurations. Custom solutions may extend by 10-15 business days depending on engineering complexity.
Warranty: 3-year standard warranty (contact support for extensions); on-site service within 72h (mainland China), international express repair service.
Support: Multilingual technical documentation, ISO-accredited calibration, pre-sale, and after-sale consultation. Global distributor network supports local compliance requests.
Q1: What is the primary material of the ZC-90 Series High Insulation Resistance Tester enclosure?
A: It uses aerospace-grade CNC-machined 6061 aluminum with a polyamide (nylon) overmold, ensuring outstanding anti-corrosive, insulating, and impact-resistant properties.
Q2: What calibration standards are used?
A: The device calibration is traceable to ISO/IEC 17025 and validated per ANSI/ESD S20.20 compliance.
Q3: Is the tester suitable for use in high-voltage switchyards?
A: Absolutely. Multi-voltage up to 1 kV, robust insulation, and IP54 rating make the device optimal for switchyard routine and acceptance testing.
Q4: What are the output connection specifications?
A: Standard banana plug jacks, gold-plated, with optional 4-wire Kelvin connectors for precision measurement.
Q5: Does the tester store measurement data and support PC export?
A: Yes, it supports up to 1000 test memory slots and offers both USB and RS-232 interface for data output/export.
Q6: Can software/firmware be customized for industry requirements?
A: OEM custom firmware is available—auto reporting, logging, and communication protocols (e.g., MODBUS) can be tailored upon request.
Q7: What environmental testing is performed before shipment?
A: Each unit undergoes thermal cycling, humidity chamber (up to 95% RH, -10~+55°C), and high-voltage isolation testing, complying with IEC 60068-2 and EN 61010-1.
10. Leading the Field: Authority Certifications, Partners, and Third-Party Endorsements
Certifications: ISO 9001:2015, CE, RoHS, IEC 61010, FCC, SGS-verified production
Partners: Siemens, ABB, State Grid, Veolia Environment, GSK Industrial Solutions
Authoritative Quotes:
"In quality inspection scenarios, high insulation accuracy and process stability make the ZC-90 Series High Insulation Resistance Tester among the best choices for critical infrastructure projects" — China Electrical Testing Forum 2023