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GUTOR UNC1X-0P-00087 | PCA SDC Interface Card

Original price was: $10,000.00.Current price is: $1,457.00.

Product NO:UNC1X-0P-00087

Brand:GUTOR

Delivery time:  In stock

Product status:   Brandnew

Product situation: one year warranty, Origin of Manufacture

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Description

The GUTOR UNC1X-0P-00087 is a PCA SDC Interface Card designed for use in GUTOR rectifier and battery-charger systems.

The available identification for this board describes it as “PCA SDC I/F PSU 24 VDC EMC Reinforced”, indicating a 24 VDC power-supply interface application within an SDC rectifier system. The part number has also been documented in connection with GUTOR BC24 rectifier/battery-charger equipment.

This board is a system-specific industrial PCB and should be matched by its complete material number before replacement.

 

📋 Product Datasheet

Parameter Value
Brand GUTOR
Model UNC1X-0P-00087
Series SDC Rectifier / Battery Charger
Product Name PCA SDC Interface Card
Board Function PSU Interface / EMC Reinforced
Rated System Interface 24 VDC
Application GUTOR Rectifier / Battery Charger
Board Type Industrial Interface PCB
Country of Origin Switzerland / Europe
Condition Used / Surplus, depending on stock
Power System-dependent
Communication System-dependent
Mounting Internal PCB Assembly
Compatible Equipment GUTOR SDC Rectifier Systems

⚠️ The 24 VDC designation refers to the documented PSU interface application. Exact input/output current, fuse ratings, connector pinout, dimensions, weight, and power consumption should be verified from the board label and the original GUTOR system documentation.

 

⚙️ Operating Guidelines

🔹 Confirm the complete material number UNC1X-0P-00087 before installation.

🔹 Check the original board’s revision and PCB markings.

🔹 Confirm that the board belongs to the same GUTOR SDC rectifier/battery-charger configuration.

🔹 Inspect the PCB for corrosion, damaged components, cracked solder joints, contamination, and connector damage.

🔹 Verify all 24 VDC wiring and polarity before energizing.

🔹 Use ESD protection when handling the PCB.

🔹 Do not install or remove the card from an energized rectifier unless the approved GUTOR service procedure specifically permits it.

 

🛠️ How to Use

  1. 🔍 Record the complete part number from the original card.
  2. ⚡ Shut down the associated GUTOR rectifier/battery charger.
  3. 🔌 Isolate the relevant AC and DC power sources.
  4. 🔒 Apply the appropriate lockout/tagout procedure.
  5. ⏳ Allow internal stored energy to discharge.
  6. 🧤 Use ESD protection when handling the card.
  7. 🧩 Remove the original interface card.
  8. 🔧 Install UNC1X-0P-00087 in the correct rack or mounting position.
  9. 🔗 Reconnect all cables and connectors according to the original wiring.
  10. 🔍 Check polarity, terminals, connectors, and mounting.
  11. ⚡ Restore power according to the rectifier startup procedure.
  12. 🚨 Check system alarms and diagnostic indications.
  13. ✅ Verify normal rectifier and battery-charging operation.

 

🔌 Power-On Sequence

  1. 🔍 Inspect the installed PCB.
  2. 🧰 Confirm correct mounting.
  3. 🔗 Verify all connectors and terminals.
  4. ⚡ Confirm the 24 VDC interface wiring.
  5. 🔋 Restore the auxiliary/control supply.
  6. ⚡ Energize the rectifier according to the GUTOR system procedure.
  7. ⏳ Allow the SDC control system to initialize.
  8. 🚨 Check for interface, PSU, rectifier, or communication alarms.
  9. 📊 Verify normal charging and system status.
  10. ✅ Return the rectifier to normal operation.

 

⛔ Power-Off Sequence

  1. Notify the responsible operator.
  2. Place the battery-charging system in a safe condition.
  3. Stop the rectifier using the normal system procedure.
  4. Isolate the AC input.
  5. Isolate the relevant DC/battery supply.
  6. Apply lockout/tagout where required.
  7. Wait for the specified discharge period.
  8. Verify that hazardous voltage is absent.
  9. Remove the interface card only after the equipment is confirmed de-energized.

⚠️ GUTOR rectifier and battery-charger equipment may contain hazardous AC and DC energy. Maintenance should be performed by qualified personnel.

 

📘 Product Usage Notes

The UNC1X-0P-00087 identification is associated with a PCA SDC I/F PSU 24 VDC EMC Reinforced board used for GUTOR rectifier applications.

The board has been associated with BC24-PWCP01A / SAUX-01 and BC24-PWCP01B / SAUX-01 rectifier/battery-charger configurations. This indicates that the card is intended to work as part of a specific SDC power-conversion architecture rather than as a universal 24 VDC interface module.

When ordering a replacement, provide the complete UNC1X-0P-00087 identification and, whenever possible, the GUTOR rectifier model and original board revision.

 

❓ Common Questions & Answers

Q: What is GUTOR UNC1X-0P-00087?
A: It is a GUTOR PCA SDC Interface Card used in rectifier and battery-charger equipment.

Q: What does PCA SDC I/F mean?
A: It identifies the board as a printed-circuit assembly used as an interface within an SDC system.

Q: What is the documented interface voltage?
A: The board is identified as a 24 VDC PSU interface.

Q: What equipment is it used with?
A: It is associated with GUTOR SDC rectifier and battery-charger systems, including BC24 configurations.

Q: Is this a PLC CPU?
A: No. It is a system-specific interface PCB rather than a general-purpose PLC CPU.

Q: Can any 24 VDC interface board replace it?
A: No. The board has a specific connector arrangement, EMC design, electrical interface, and system application.

Q: Can it be hot-swapped?
A: Do not assume hot-swapping is supported. The rectifier should normally be shut down and isolated before PCB replacement.

Q: Does the card require programming?
A: It should not be treated as a conventional programmable PLC module. Its function is dependent on the GUTOR SDC system architecture.

Q: What should I check before purchasing?
A: Check UNC1X-0P-00087, board revision, connector layout, physical PCB markings, and the exact GUTOR rectifier/battery-charger model.

Q: What is EMC Reinforced?
A: It indicates that the interface PCB has been designed with enhanced electromagnetic compatibility characteristics for its intended power-system environment.

Q: Is the exact power consumption known?
A: No reliable standalone power-consumption value should be assigned without the specific GUTOR system documentation.

 

⭐ Recommended Other GUTOR Models / Parts

  1. GUTOR UNC1X-0P-00086 — PCA SDC I/F PSU 110–125 VDC EMC Reinforced
  2. GUTOR UNC1X-0P-00104 — SDC Controller / MPU Modification Board
  3. GUTOR 0P1439AB — SDC Controller PCB
  4. GUTOR 0P6257 — SDC Controller Board
  5. GUTOR 0P2406 — GUTOR Interface PCB
  6. GUTOR 0P1923AA — Controller Signalling PCB
  7. GUTOR 0P1922AB — Parallel Operating Controller PCB
  8. GUTOR 0P5617AA — RS232 Interface PCB
  9. GUTOR 0P2438AA — Fan Monitor 8-Channel PCB
  10. GUTOR 0P0285AD — PSU PCB Assembly

These parts belong to the wider GUTOR rectifier, battery-charger, UPS, and power-conversion spare-parts family. Exact compatibility should always be verified using the complete material number and host-system configuration.

At Newplcdcs, we specialize in providing high-quality spare parts for Distributed Control Systems (DCS) and Programmable Logic Controllers (PLC). Our comprehensive product portfolio includes parts from approximately 20 leading brands, such as ABB, Bently Nevada, Honeywell, GE, Yokogawa, Allen Bradley, Foxboro, Ovation, Hima, Emerson, Triconex, Woodward, ICS Triplex, Bachmann, and Schneider. This focused expertise allows us to offer in-depth solutions in the automation sector, setting us apart from many competitors and ensuring we deliver the most advanced and reliable products to our clients.

Contact Information

Frequently Asked Questions
Is our price competitive?
Newsplcdcs collaborates with over 50 countries worldwide. as a leading supplier in china, we can provide significant discounts to customers based on market demand.
What is the warranty period?
We offer a standard one-year warranty for all new and original items.
What payment methods do we accept?
We accept 100% t/t (telegraphic transfer) before shipping. for items with a lead time, a 30% deposit is required in advance, with the remaining 70% balance due before shipping. if you have an agent in china, please contact us for rmb transfer.
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We primarily utilize carriers such as fedex, dhl, ups, bre, etc. if you have an account with any of these carriers, you can arrange the shipping yourself. additionally, we offer free shipping to china freight forwarders.
What is our delivery time?
Typically, delivery takes around 1-3 days after receiving the advance payment. for items with a quoted lead time, delivery will occur as per the specified lead time.
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Our packaging process involves multiple layers of protection. initially, the product is placed in its original box, sealed with a label. then, we add a layer of bubble wrap to safeguard against collisions during transportation. finally, all products are securely packed in sturdy boxes for further protection.
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