United Kingdom 0800 488 488 | Intl +44 (0) 161 777 6611 | Welcome to our new website, found an issue or bug? Please report it here
PG-CT
COOLING ELEMENT
- Made from 316L SS to Withstand Most Process Media
- 300°C (570°F) Maximum Temperature at 14,500 psi (1,000 bar)
- 5000 psi Maximum Pressure at 38°C (100°F)
- 0.4 kg (15 oz) Weight
PG-CT
From
£
96.62
Product Overview
- Body Material 316L SS
- Diameter 32 mm
- Dimensions Note 135 mm (5.32") for -G03 or 105 mm (4.06") for -G02, maximum dia 32 mm (1.25")
- Materials, Wetted Stainless Steel
- Operating Temperature, Max 200 °C
- Operating Temperature Note 200°C (570°F) maximum at 100MPa (14,500 psi)
- Process Connection Type NPT Male and Female
- Series ID PG-CT
- Weight 0.4 kg
Supported Applications
The Omega PG-CT series consists of cooling elements designed as mounting accessories for pressure instrumentation. These components are utilized in applications requiring thermal management or temperature reduction within the instrument assembly.
Operating Conditions & Performance
No specific operating conditions, performance metrics, measurement ranges, accuracy values, ambient limits, IP/NEMA ratings, media compatibility, or response times are documented for this series. The available data does not provide technical specifications regarding operational envelopes or environmental tolerances.
Configuration Options
The PG-CT series is offered in four distinct configurations identified by their part numbers:
- PG-CTN2-G02
- PG-CTN2-G03
- PG-CTN4-G02
- PG-CTN4-G03
Detailed specifications regarding mounting styles, process connections, wetted materials, output signals, display options, sensor elements, approvals, or special-service configurations are not provided in the current documentation.
Key Product Differences
The series variations are distinguished by their model codes and part numbers (PG-CTN2-G02, PG-CTN2-G03, PG-CTN4-G02, PG-CTN4-G03). No explicit technical differences between these variants—such as dimensional changes, material composition, or functional capabilities—are described in the available source data.
