Medium and high-pressure regulators, commonly utilised in natural gas and industrial gas pipeline systems, are essential for maintaining the safety and operational efficiency of such infrastructure. However, due to prolonged exposure to gas flow and pipeline contaminants, internal regulator components may be subject to wear, obstruction, or physical deformation, thereby necessitating routine servicing and part replacement.
Legal Justification for Regulator Maintenance
Gas transmission lines—particularly those operating under high load conditions—frequently transport particulate matter, moisture, and other foreign substances. Over time, such contaminants may cause:
Mechanical fatigue and degradation of diaphragm materials,
Compromise of gasket sealing capability,
Clogging or impairment of internal regulator assemblies.
These conditions may result in pressure instability, reduced system performance, and potential safety hazards. Accordingly, regular inspection and maintenance of regulators is a legal and technical necessity for ensuring system integrity and compliance with applicable safety standards.
Spare Part Procurement for Eska Regulators
Despite the robust and enduring design of Eska brand regulators used in medium and high-pressure applications, periodic replacement of internal parts may become required. In this context, our company ensures full support for all Eska regulator models, including:
Project-specific spare parts lists prepared in accordance with technical requirements,
Series-specific boxed spare part kits,
Comprehensive assistance and guidance throughout the process.
Upon receipt of a formal request, the necessary spare parts are dispatched without delay, enabling maintenance operations to be conducted efficiently, safely, and in line with regulatory and manufacturer specifications.
The term "RMS" refers to "Regulating and Metering Station," which is legally and technically recognised in Turkish as "Gaz Basıncı Düzenleme ve Ölçüm İstasyonu." Within the scope of our product portfolio, RMS stations are classified into distinct categories, including RMS-A (Compact, Containerised, and Twin Unit types), RMS-B, RMS-C, and skid-mounted systems. These Pressure Reduction and Measurement Stations (RMS) serve the operational purpose of reducing medium- to high-pressure natural gas from the transmission line to a regulated pressure level and facilitating accurate measurement of gas consumption. Natural gas enters the RMS facility through a designated inlet valve, subsequently passes through filtration units designed to eliminate particulate matter, and then undergoes pressure regulation via certified pressure-reducing devices. This series of operations ensures the delivery of natural gas at a stable and predefined outlet pressure level. Following pressure regulation, the gas is directed to the metering unit, which is configured either as a single-line or as a multi-line system depending on the operational design. To maintain continuity of service during scheduled maintenance or unforeseen malfunctions, gas pressure regulation and measurement units may be constructed with a dual-line configuration. This dual-line system provides redundancy, thereby ensuring uninterrupted gas supply and compliance with applicable safety and reliability standards.
TECHNICAL SPECIFICATIONS
The technical specifications of the products are set forth below. These values may differ based on specific station parameters, including but not limited to outlet flow rate, outlet pressure, and inlet pressure range.
Definitive technical data is provided on the product's identification label.
• Application Area: Applicable in gas transmission and distribution networks, as well as in commercial and industrial gas installations
• Compatible Fluids: Natural gas, air, LPG, and other non-corrosive gases
• Inlet Pressure Range: 1 - 25 bar (Subject to project requirements) (Up to 75 bar for RMS-A configurations)
• Outlet Pressure Range: 0.3 - 4 bar (Subject to project requirements) (Up to 20 bar for RMS-A configurations)
• Capacity Range: 50 - 20,000 m³/h (Subject to project requirements) (Up to 1,000,000 m³/h for RMS-A configurations)
• Nominal Diameters: DN25-DN300 (Determined by project specifications)
• Flange Standards: PN or ANSI compliant
• Number of Lines: Single or dual line setup (Project-dependent)
• Operational Temperature Limits: -20°C to +60°C
• Accuracy Class – Outlet Pressure Deviation: AC5/AC10
• Integrated Filter: Included
• Dimensions: To be determined in accordance with project design
• Standards and Certification: Complies with Botas, TS EN 12186, ASME, ISO 9001, ISO 14001, ISO 45001
Türkçe