Pressure Calibrator INSTRUKART AI-DP1-2200 with Vacuum Gauge, Aluminum

Description

Product Overview

The INSTRUKART AI-DP1-2200 pressure calibrator is engineered for high‑precision measurement tasks across a broad range of industrial and scientific applications. Featuring a pressure gauge capable of reading from 0 to 700 Bar (0 to 10 152 PSI) and a dedicated vacuum module that reaches down to –0.9 Kg Cm‑2, this unit provides comprehensive coverage for both positive pressure and vacuum calibration scenarios. The device incorporates a rugged aluminum housing paired with stainless‑steel internal components, delivering a balance of lightweight portability (approximately 1.5 kg) and exceptional resistance to corrosion and mechanical wear.

Designed with user‑friendly ergonomics, the calibrator includes clearly marked pressure ports and SS 304 O‑ring fittings sealed with nitrile rubber, ensuring leak‑free connections even in demanding field conditions. The included pressure gauge mirrors the main unit’s range, offering seamless verification of pressure values without the need for additional accessories. All components are calibrated to international standards, and a calibration certificate accompanies each unit, providing traceability and confidence for quality‑controlled environments.

Beyond its core measurement capabilities, the AI‑DP1‑2200 integrates advanced digital readout technology that presents real‑time pressure and vacuum data with high resolution. The intuitive interface reduces the learning curve for technicians, while the robust construction tolerates temperature fluctuations and mechanical shocks commonly encountered in on‑site calibration work. This combination of precision, durability, and ease of use positions the calibrator as a versatile tool for calibration labs, field service engineers, and equipment manufacturers.

Usage

In field calibration scenarios, the AI‑DP1‑2200 excels when deployed on production lines, oil and gas pipelines, and pneumatic systems where rapid, accurate pressure verification is essential. Its compact size allows technicians to carry the unit alongside standard toolkits, while the aluminum chassis protects the internal mechanisms from dust, moisture, and accidental drops. The vacuum capability is particularly valuable for testing sealed enclosures, vacuum pumps, and low‑pressure instrumentation, ensuring that equipment meets stringent performance specifications before commissioning.

Within laboratory environments, the calibrator serves as a reliable reference instrument for routine maintenance of pressure transducers, gauges, and safety valves. The included pressure gauge and reducer fittings (1/4″, 1/2″, 3/4″) enable seamless integration with a variety of test rigs and manifolds, reducing setup time and minimizing the risk of incompatibility. The device’s stable output and certified accuracy make it suitable for generating calibration curves, performing compliance testing, and supporting research activities that demand high‑fidelity pressure data.

Why Choose Us

INSTRUKART’s reputation for engineering excellence is reflected in the meticulous design and manufacturing processes behind the AI‑DP1‑2200. Each calibrator undergoes rigorous quality control checks, including functional testing, pressure leak verification, and environmental stress screening, to guarantee that the final product meets or exceeds industry standards. The use of premium aluminum and stainless‑steel materials not only extends the device’s service life but also ensures consistent performance across a wide temperature range, from sub‑zero field conditions to heated industrial settings.

Customer support is a cornerstone of the INSTRUKART experience. Buyers receive a comprehensive user manual, detailed calibration certificates, and access to a dedicated technical assistance team ready to address installation queries, troubleshooting steps, and maintenance recommendations. The company also offers optional extended warranty plans and on‑site calibration services, providing peace of mind for organizations that rely on uninterrupted measurement accuracy.

Key Features

• Wide pressure range up to 700 Bar (10 152 PSI) for versatile industrial applications.
• Vacuum measurement down to –0.9 Kg Cm‑2, covering critical low‑pressure testing needs.
• Durable aluminum housing with stainless‑steel internals for long‑term reliability.
• Included pressure gauge and three reducer fittings simplify setup and reduce extra costs.
• Comprehensive after‑sales support, calibration certificate, and optional warranty extensions.

FAQ

What is the accuracy of the pressure and vacuum measurements?

The AI‑DP1‑2200 is calibrated to meet international standards, providing an accuracy of ±0.2 % of full scale for pressure readings and ±0.3 % of full scale for vacuum measurements. This level of precision ensures reliable data for both compliance testing and routine maintenance.

Can the calibrator be used in harsh environmental conditions?

Yes. The unit’s aluminum exterior and stainless‑steel internal components are designed to resist corrosion, dust, and temperature extremes. It has been tested for operation from –20 °C to +60 °C, making it suitable for outdoor field work and industrial environments.

What accessories are included with the calibrator?

Each package contains the pressure calibrator, a matching pressure gauge covering the same 0‑700 Bar range, three reducer fittings (1/4″, 1/2″, 3/4″), a detailed user manual, and a calibration certificate that documents the device’s verified performance.

How does the device handle different types of pressure ports?

The calibrator features SS 304 O‑ring fittings compatible with standard pneumatic and hydraulic connections. The included reducer fittings allow adaptation to various port sizes, ensuring seamless integration with most existing test setups without the need for additional adapters.

Is training required to operate the calibrator?

The device is designed for intuitive use, with clear labeling and a straightforward digital display. While basic training on pressure measurement principles is recommended, most technicians can become proficient after a short familiarization period using the supplied manual and on‑line resources.

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