Siemens SITOP PSU8200 6EP1336-3BA10 แหล่งจ่ายไฟสลับโหมด

หมายเลขคำสั่งซื้อ: 6EP1336-3BA10

การกำหนดแบบเต็ม: SITOP PSU8200 /1ACDC /24VDC /20A DIN-rail Industrial Switch-Mode Power Supply

เอาท์พุต: 24 VDC 20 A, 480 ว; Supports parallel operation for power expansion and redundant operation

1. ข้อมูลจำเพาะทางไฟฟ้าหลัก

ป้อนข้อมูล (Unique AC/DC dual-input for this model)

AC rated: 120-230 VAC, operating range 85-275 VAC, 50-60 เฮิรตซ์

DC rated: 110-220 V DC, operating range 88-350 VDC

กระแสไฟเข้า: 2.5 A @230 VAC; 4.6 A @120 VAC

Hold-up time: ≥20 ms at rated load

⚠️ Power derating is required when input voltage＜100 V

เอาท์พุต

ที่กำหนด: 24 กระแสตรง / 20 ก

ช่วงที่ปรับได้: 24.0-28.8 กระแสตรง (potentiometer on front panel for long-cable voltage drop compensation)

Power-Boost function: Up to 3× nominal current (60 ก) for inrush loads such as motor and relay startup; selectable constant-current mode or latching shutdown upon short-circuit

Galvanically isolated output; protection against short-circuit, โอเวอร์โหลด, overvoltage and overtemperature; auto-recovery after over-temperature shutdown

ประสิทธิภาพ: ประมาณ. 93%-94%

Signal Terminals

1. 24V-OK relay contact (13-14): Potential-free dry contact, closed when power supply operates normally, for PLC status diagnosis
2. Remote on/off (15-16): Potential-free contact for external remote activation / deactivation of 24 V output
3. เครื่องกล & ข้อมูลสิ่งแวดล้อม

การติดตั้ง: Snap-on to standard DIN-rail, ที่อยู่อาศัยโลหะ, fan-less natural convection cooling

ขนาด: W90 mm × H125 mm × D125 mm

น้ำหนัก: ประมาณ. 1.2 กก

ระดับการป้องกัน: IP20 (for cabinet-mount use only)

อุณหภูมิในการทำงาน: -25℃~+70℃; derating above 60℃; สูงสุด. 75 % load at 70 ℃

Heat dissipation clearance: ≥50 mm clearance top & ด้านล่าง; units may be mounted tightly side-by-side

การรับรอง: ซีอี, UL/cUL, ซีซีซี, GL marine approval, RoHS

III. Model Evolution & ตัวเลือกการทดแทน

1. Direct predecessor replacement: 6EP1336-3BA00 (ยกเลิกแล้ว)

6EP1336-3BA10 is hardware-revamped version, pin-to-pin, dimension-to-dimension, function-compatible drop-in replacement, with higher efficiency and improved low-input-voltage performance.

2. New-project new-generation SITOP PSU6200 series: 6EP3336-8SB00-0AY0

บันทึก: 6EP3336-8SB00-0AY0 supports AC-input only, no DC-input capability. Not hardware-compatible; terminal assignments differ, pay attention during selection.

1. Compatible Extension Modules (PSU8200 Modular System)

Directly compatible with SITOP modular add-ons without extra adapters:

Buffer module: 6EP1961-3BA21; DC-UPS uninterruptible module

Redundancy module: 6EP1961-3BA00; for dual-power redundant supply

Selectivity module: 6EP1961-3BA31, multi-channel 24 V branch current-limiting protection; short-circuit on one branch will not collapse the whole 24 V busbar

1. สถานการณ์การใช้งานทั่วไป

ตู้ควบคุม PLC, วิทยาการหุ่นยนต์, เครื่องมือกล, ท่าเรือ & marine equipment, process automation. Ideal for systems requiring AC/DC dual-input (เช่น. backup DC supply), โหลดไหลเข้าสูง, power-status feedback and remote on/off control.

1. แนวทางการเดินสายไฟ
2. ขั้วอินพุต: L1, เอ็น(L2), วิชาพลศึกษา; supports single-phase AC, two-phase tap from three-phase mains, or DC input
3. เอาท์พุต: Dual sets of screw terminals for +24V and 0V. Parallel both sets when output current＞15 A for current sharing and thermal prevention
4. Signal terminals: 13-14 ข้อเสนอแนะสถานะ; 15-16 remote on/off; both are potential-free contacts, do not connect high-voltage circuits
5. Factory default output voltage is 24 V. Fine-tune to 26-28 V for long-cable drop compensation; do not exceed withstand voltage of downstream equipment.

Mounting Instructions for ซีเมนส์ 6EP1336-3BA10 (PSU8200-20A)

1. ประเภทการติดตั้ง

การติดตั้งมาตรฐาน: EN 60715 compliant DIN-rail (TS35-7.5 / TS35-15, 35 mm rail) snap-in installation

Built-in spring clip on rear side, tool-free mounting. Release lever at bottom; push lever down to remove unit from rail.

❌ Wall-mounting by direct screw fastening is NOT supported. DIN-rail mounting only.

ระดับการป้องกัน IP20, for indoor cabinet installation only; not for outdoor bare-field deployment.

2. การวางแนวการติดตั้ง (Mandatory for thermal performance & อายุการใช้งาน)

Fan-less natural convection; orientation cannot be arbitrarily changed

1. Standard position: การติดตั้งในแนวตั้ง, terminals facing down (ป้อนข้อมูล & output terminals at bottom of unit), unit upright. This is the only official position for continuous full-load operation.
2. ❌ Prohibited: horizontal side-mount, upside-down (terminals up), tilted mounting. Non-standard orientations degrade cooling and require heavy load derating; not recommended for field deployment.
3. Thermal Clearance Requirements (วิกฤต)

Do not mount heat-generating components directly above the power supply. Derate load when cabinet ambient＞60 ℃.

4. การติดตั้ง & ขั้นตอนการกำจัด
5. Hook upper latch of rear spring clip onto DIN-rail.
6. Press lower section toward rail until an audible “click” confirms clip engagement.
7. Shake gently to verify firm seating against vibration loosening.
8. การกำจัด: Push down the black release lever at bottom, swing lower part outward, lift unit off rail.

For high-vibration environments: Fit DIN-rail end stops to prevent sliding displacement.

5. การเดินสายไฟเทอร์มินัล & Torque Values

Perform wiring with power disconnected.

Input L/N/PE: 0.2-4 mm² conductors, tightening torque 0.5-0.6 N·m

Output +24V /0V: Dual terminal pairs; parallel both pairs for currents＞15 A for heat mitigation

Signal terminals 13-14 (OK feedback), 15-16 (Remote on/off): 0.14-1.5 mm² fine wires, torque 0.5-0.6 N·m

6. Mounting for Parallel / Redundancy Modules

This power supply can be installed side-by-side tightly on DIN-rail with compatible SITOP extension modules (ความซ้ำซ้อน, buffer, selectivity modules). No side-to-side thermal gap needed between power supply and add-on modules.

7. ข้อห้ามในการติดตั้ง
8. Do not install unit inside enclosed bottom trunking in cabinet; blocked top/bottom clearance leads to over-temperature shutdown.
9. Forbid upside-down or horizontal installation.
10. Do not place heat-intensive devices directly above the unit.
11. Indoor cabinet-use only; avoid open-air and high-humidity unprotected environments.

6EP1336-3BA10 (PSU8200-20A) ขนาน / Redundancy Guidelines + Troubleshooting Checklist

1. Parallel Operation for Power Expansion (No Fault Isolation)

สูงสุด. 5 identical units in parallel for automatic current sharing. Dip-switch A must be set ON to activate parallel characteristic curve.

1. Hardware prerequisites: Identical order number 6EP1336-3BA10; keep hardware revisions consistent if possible.
2. ข้อกำหนดการเดินสายไฟ

Connect +24 V and 0 V of each unit to common output busbar. Positive cables shall have identical length and cross-section to equalize impedance for proper current sharing.

All 0 V negative terminals must be commonly grounded; floating ground is not permitted.

Common input circuit-breaker recommended for synchronized start-stop.

No-load output voltage difference between individual units ≤50 mV (factory default meets requirement; recalibrate if potentiometers have been adjusted).

3. Dip-switch settings

A-ON: Parallel mode (for power expansion)

A-OFF: Single-unit mode (ค่าเริ่มต้นจากโรงงาน; do NOT leave OFF for parallel operation)

4. ข้อจำกัด: Direct parallel for power expansion cannot isolate faults. Short-circuit on one output will pull down the whole 24 V busbar. Not for fault-tolerant redundancy.
5. 1+1 Redundant Supply (Fault-isolated, Recommended Engineering Solution)

Two PSU8200-20A units plus Redundancy Module 6EP1961-3BA00 (PSE202U) for decoupling isolation. If one power supply fails, the second takes over the load seamlessly without 24 V bus interruption.

1. DIN-rail layout: Two power supplies + redundancy module mounted tightly adjacent; terminals all face down; no side-to-side clearance required.
2. ประเด็นสำคัญของการเดินสายไฟ
3. Feed two power supplies from independent input circuits for maximum redundancy reliability.
4. Connect 24 V+ output of each power supply to the two input channels of the redundancy module.
5. Reliably bond 0 V terminals of both power supplies and redundancy module for equipotential connection; this step is mandatory.
6. Route redundancy-module output to field 24 V load busbar.
7. The redundancy module provides fault relay contacts, connect to PLC digital input for redundancy-fault alarm.
8. Dip-switch setting: For redundant configuration, set dip-switch A of power supplies to OFF (single-unit mode). Do NOT activate parallel mode.

⚠️ Never implement redundancy by direct parallel without redundancy module. Internal short-circuit of one unit will crash the whole 24 V system.

III. LED Indicator Reference Table

Dip-switch B: Short-circuit response selection

B-OFF (ค่าเริ่มต้นจากโรงงาน): Constant-current mode, 23 A short-circuit limiting; auto-recovery after fault clears; yellow LED lit

B-ON: Latching shutdown mode; output cuts off upon short-circuit; red LED lit; power-cycle reset required

1. Troubleshooting Checklist
2. No LED indication after power-on, zero output
3. Measure input L-N voltage: AC 85-275 VAC / DC 88-350 VDC; confirm PE protective earth connection.
4. Check screw terminal torque for loose contacts; verify upstream circuit-breaker status.
5. If input voltage is normal but no LED lights: Internal input fuse failure; hardware fault, replace power supply.
6. Yellow LED steady ON, output drops to 18-20 V
7. Load current exceeds 20 A → constant-current limiting mode; measure actual total load current.
8. Partial short-circuit or cable insulation damage on output side. ปลดโหลดทั้งหมด; check if voltage recovers to 24 V under no-load condition.
9. Excessive voltage drop caused by long-distance thin-gauge cables; use larger-size output conductors or slightly raise output voltage via potentiometer for compensation.
10. Red-LED latching shutdown on power-on, ไม่มีเอาต์พุต
11. Output-side short-circuit. Test with all loads disconnected; normal no-load behavior indicates external load short-circuit.
12. Excessive cabinet ambient temperature, insufficient top/bottom ventilation clearance triggering over-temp protection; confirm ≥50 mm top & bottom clearance.
13. Output overvoltage: Ensure potentiometer is not accidentally adjusted above 28.8 V; confirm downstream-device voltage withstand rating.
14. Reset procedure: Power-off ≥60 s then re-energize; or open Remote 15-16 for ≥5 s then close again.
15. Abnormal 24V-OK (13-14) relay contact behavior

เทอร์มินัล 13-14 are potential-free dry contacts, closed only when output＞20 V. การจัดอันดับการติดต่อ: DC30 V, สูงสุด. 0.1 ก. For PLC digital-input signal only; do NOT drive contactor coils or high-power loads.

5. Poor current-sharing in parallel; one unit runs excessively hot
6. Dip-switch A not set to ON.
7. Large discrepancy in length / cross-section of positive output cables.
8. No-load output voltage difference＞50 mV between units; fine-tune potentiometers for matching.
9. Loose 0 V wiring leading to equipotential mismatch.
10. Remote terminals 15-16 fail on / off control

15-16 are potential-free contacts: Short-circuit = output enable; open-circuit = output disable. No external supply required.

If remote function is unused: Keep 15-16 short-circuited with factory jumper; do not remove jumper.

1. คำแนะนำการว่าจ้าง
2. New cabinet commissioning: Power-on without load first; confirm 24 V output and steady green OK LED; connect loads incrementally.
3. Redundancy-system commissioning: Disconnect one input source at a time; verify seamless switch-over with zero load dropout.
4. High-temperature cabinet applications: Apply load derating above 60 ℃ ambient; avoid continuous full-20-A operation.