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GE IS210DTURH1A IS200DTURH1A Trip Relay Terminal Board

GE IS210DTURH1A IS200DTURH1A Trip Relay Terminal Board

Release time:2025-11-27

Views:158

Payment Methods:T/T, PayPal, Western Union

Condition:New & In Stock

Shipping Port:Xiamen, China

Warranty:1 Year

Lead Time:1-3 Working Days

Certificate:COO

Courier partners:DHL, UPS, TNT, FedEx and EMS.

Business hours:7*24

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Description
FAQ
Products Description
GE IS210DTURH1A IS200DTURH1A Trip Relay Terminal Board
GE IS210DTURH1A IS200DTURH1A Trip Relay Terminal Board
GE IS210DTURH1A IS200DTURH1A Trip Relay Terminal Board
GE IS210DTURH1A IS200DTURH1A Trip Relay Terminal Board
Company Information
E-mail [email protected]
Mobile +8613950166376
Whatsapp +8613950166376
WeChat 13950166376
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Technical Specifications

Item Specification
Model GE IS210DTURH1A / IS200DTURH1A
Product Type Trip Relay Terminal Board
Functional Role Turbine trip relay signal interface and isolation
Output Signal Type Relay contact output
Relay Type Form C (SPDT) industrial safety relay
Number of Relays 12 trip relays
Contact Rating 5 A @ 250 VAC / 5 A @ 30 VDC (resistive)
Coil Voltage 24 VDC
Coil Consumption 0.9 W per relay
Isolation Method Reinforced isolation between logic and field wiring
Isolation Voltage 2,000 VAC
Switching Time < 10 ms
Mechanical Life 10,000,000 operations
Electrical Life 100,000 operations at rated load
Suppression Circuit Integrated flyback and surge suppression
Fail-Safe Design De-energize-to-trip logic
Interface Type Backplane connector and ribbon cable
Mounting Type Control rack installation
Operating Temperature -20°C to +60°C
Storage Temperature -40°C to +85°C
Operating Humidity 5–95% RH (non-condensing)
PCB Material FR-4 industrial laminate
Coating Conformal coated for industrial environment
Dimensions 240 × 165 × 32 mm
Weight 0.62 kg

FAQ
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FAQ

Q1: What is the primary function of this terminal board?
A1: It distributes and switches trip commands from the control processor to field-level trip circuits through safety relays.

Q2: What does de-energize-to-trip mean in practice?
A2: Loss of control power or internal failure will cause the relays to release automatically, forcing the turbine into a safe shutdown state.

Q3: Can the trip contacts be wired in series for higher safety integrity?
A3: Yes, contacts can be configured in series or in voting logic at the system level to achieve higher protection reliability.

Q4: Is surge protection built into the relay outputs?
A4: The board includes suppression circuits to reduce voltage spikes caused by inductive loads such as solenoids and contactors.

Q5: How does the control system detect relay health?
A5: Relay states are monitored via feedback channels in the controller, enabling detection of failed or stuck contacts.

Q6: Is the board suitable for safety-critical applications?
A6: It is engineered specifically for turbine protection systems where deterministic response and fail-safe behavior are required.

Q7: Can the relays be driven independently?
A7: Each relay is individually controlled, allowing selective tripping based on logic conditions or protection thresholds.

Q8: Does the board require manual configuration or jumpers?
A8: No local configuration is required; all operational logic is defined in the control system software.


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Packing & Delivery

We will use wear-resistant cartons to seal the boxes, and take photos for your confirmation before sealing. We will pack the boxes only after confirmation.

For express delivery, we will use DHL, UPS, TNT, FedEx and EMS.

Please rest assured that we have a deep cooperation with express delivery companies and can ensure that your goods are delivered to you in good condition.


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