Présentation du produit

LeVanne de contrôle de température de vapeur électrique est un appareil performant, self-operated electric temperature regulating valve designed for precise automatic temperature control in steam, eau chaude, thermal oil, and gas systems. Comprising three core components — the control valve body, intelligent electric actuator, and temperature sensor (PT100 thermocouple) — this system delivers accurate, reliable temperature regulation without the need for complex external control instrumentation. The valve requires only a standard 220V power supply and utilizes the energy of the regulated medium itself to achieve fully automatic temperature adjustment. Available in sizes from DN25 to DN300 (NPS 1″ to 12″) with pressure ratings from PN16 to PN100 (150LB to 600LB) and a wide temperature range from -20°C to 450°C, this valve is suitable for a broad spectrum of industrial applications. With multiple body material options (WCB/WCC/WC6/CF8/CF8M/CF3M), seat materials (304/316/316L with Stellite hardfacing), and flow characteristics (linear, equal percentage, quick opening), the ZZWPE series offers flexible configuration to meet diverse process requirements. Backed by CE, RoHS, et ISO 9001 attestations, it is the trusted choice for chemical, pétrochimique, pharmaceutical, transformation des aliments, CVC, and power generation industries.

Electric steam temperature control valve with self-operated actuator

Spécifications techniques

Electric steam temperature control valve with self-operated actuator

Principales fonctionnalités

1. Self-Operated Electric Control – Simple & Reliable
2. Wide Temperature Range – -20°C to +450°C
3. Multiple Flow Characteristics – Linear / Equal Percentage / Quick Opening
4. Top-Guided Design – High Flow & Faible chute de pression
5. Premium Material Options – Corrosion & Wear Resistant
6. Intelligent Electric Actuator – 3810L Series
7. Multiple Seat Options – Single Seat / Cage / Three-Way
8. High Control Accuracy – ±1.0%

Principe de fonctionnement

The ZZWPE electric temperature control valve operates through a closed-loop control system comprising three core components: the control valve body, the intelligent electric actuator, and the temperature sensor (PT100 thermocouple). The system is available in both heating-type and cooling-type configurations:

Heating-Type Operation: The valve is normally open. When the medium temperature rises to the setpoint, the sensor sends a linear signal to the actuator, which drives the valve stem to close proportionally, reducing the steam/thermal oil flow and stopping further temperature rise. When the temperature drops below the setpoint, the actuator opens the valve to restore heating.

Cooling-Type Operation: La vanne est normalement fermée. When the medium temperature rises above the setpoint, the actuator opens the valve to allow cooling medium flow, reducing the process temperature.

Electric steam temperature control valve with self-operated actuator

Applications

1. Chimique & Petrochemical Processing
2. Pharmaceutical & Biotechnology
3. Nourriture & Beverage Processing
4. CVC & District Heating
5. Production d'énergie

Emballage et expédition

L'emballage dépend du type de produit et de la quantité. Options include carton boxes or wooden crates with proper protection for flange faces and actuator. L'expédition peut être organisée par voie maritime, chemin de fer, air, ou selon la demande du client.

Profil de l'entreprise

Luoyang Datang Energy Tech Co., Ltée. is a professional industrial valve and control equipment supplier, dedicated to providing reliable flow control and temperature regulation solutions for chemical, pétrochimique, pharmaceutical, transformation des aliments, CVC, et systèmes de tuyauterie industrielle dans le monde entier. All products are manufactured to international standards with CE, RoHS, et ISO 9001 attestations. Avec plus 10 années d'expérience, une installation moderne de 80,000 m², et 200+ employés professionnels, nous servons les clients dans 10+ pays avec des produits de qualité, prix compétitif, et livraison fiable.

Conditions de paiement

T/T, L/C à vue, Western union, Paypal, Apple Payer, Google Payer, Carte de crédit, etc..

Electric steam temperature control valve with self-operated actuator

FAQ

T1: What is the difference between a self-operated electric temperature control valve and a standard electric control valve?

UN: The self-operated electric temperature control valve consists of three components—a control valve, an intelligent actuator, and a temperature sensor—and is designed specifically for temperature control. It requires only a 220V power supply and utilizes the energy of the controlled medium itself to achieve automatic temperature regulation. While standard electric control valves typically require an external controller to provide control signals, the self-operated electric temperature control valve integrates temperature sensing and closed-loop control functions, resulting in easier installation and lower costs.

T2: What is the difference between the heating type and the cooling type?

UN: Heating-type valves close when the temperature rises (reducing the flow of the heating medium) and open when the temperature falls (increasing the flow of the heating medium). Cooling-type valves open when the temperature rises (increasing the flow of the cooling medium) and close when the temperature falls. The choice depends on whether your process requires heating or cooling.

T3: What is the difference between a single-seat valve and a sleeve valve?

UN: Single-seat valves are suitable for applications with low pressure differentials, high-viscosity media, or media containing minor particulate impurities. Sleeve valves (cage-guided valves) are suitable for applications with high pressure differentials. Sleeve valves utilize a balanced plug structure, which significantly counteracts the unbalanced forces generated by fluid flow, thereby reducing the load on the actuator.

T4: Can this valve be used for superheated steam?

UN: Oui. The ZZWPE series is suitable for various media, including steam (including superheated steam), eau chaude, thermal oil, and gases. For superheated steam applications, a high-temperature configuration (featuring a heat-dissipating bonnet) is recommended, allowing for operating temperatures up to 450°C.

Q5: Can the lengths of the temperature sensor and capillary tube be customized?

UN: Oui. Standard capillary lengths are 3 mètres, 5 mètres, et 10 mètres, but these can be customized based on on-site installation requirements. The installation position of the temperature sensor (sensing bulb) and the probe length can also be customized according to process specifications.

Electric steam temperature control valve with self-operated actuator