DS200UPLAG1APR2 | GE Mark VIe UPL Module | In Stock

Description

Product Introduction

The GE DS200UPLAG1APR2 is the high-surge, standard-temperature variant of the Universal Power Link (UPL) module for the Mark VIe control platform, featuring enhanced input filtering and 6 kV surge protection without conformal coating or extended-temperature components. This module distributes regulated power to up to eight I/O modules while passing ISBus communication signals, designed for indoor or sheltered installations where lightning exposure or switching transients are severe but moisture and extreme cold are not concerns.

The primary differentiator is the 6 kV surge protection on the input power line—the highest available in the standard-temperature UPL product line. This module uses the same dual-stage clamping circuit (TVS + gas discharge tube) as the fully ruggedized ADC variant but omits the conformal coating and extended-temperature components to reduce cost. This is the ideal choice for installations in lightning-prone regions where the equipment is housed in climate-controlled cabinets with no condensation risk.

Key Technical Specifications

Key Selling Points & Differentiators

• 6 kV Surge Protection: Dual-stage clamping circuit (TVS + gas discharge tube) on the 24 V input handles transients up to 6 kV—prevents module and downstream I/O damage from lightning strikes and switching transients. Includes surge event counter for forensic analysis.
• Enhanced Input EMI Filtering: Pi-filter design attenuates conducted noise by >40 dB at 100 kHz to 10 MHz—critical in plants with VFDs, large contactors, or switch-mode supplies that generate harmonics.
• Cost-Effective High-Surge Protection: Provides the same 6 kV surge rating as the fully ruggedized ADC variant at lower cost by omitting conformal coating and extended-temperature components—ideal for climate-controlled indoor installations with lightning risk.
• Per-Channel Monitoring and Protection: Each of the eight channels includes independent short-circuit, overvoltage, reverse polarity protection with auto-reset, and current monitoring—eliminates external fuses and enables predictive maintenance.
• Surge Event Counter: Logs 6 kV transients for forensic analysis—enables maintenance planning and verification of external protection systems.
• Full Live Test Certification: Each unit undergoes a 48-hour burn-in with full load testing (5 A total), EMI injection, surge testing (6 kV, 20 pulses), and ISBus communication verification. We log the MAC ID, input capacitance measurement, and surge calibration data for traceability.
• Direct Drop-In Replacement: Form-fit-function compatible with all DS200UPLAG1 variants (G1, G1A, G1AAA, G1ABA, G1ACB, G1ADA, G1ADC) and standard Mark VIe rack layouts. Existing wiring and terminal assignments remain unchanged.
• 90-Day Warranty: Includes technical support and cross-ship replacement within 24 hours if the module fails to distribute power, reports incorrect diagnostic data, protection circuits fail, filter attenuation drops below specified thresholds, or 6 kV surge rating is not met.

Frequently Asked Questions (FAQ)

Q1: What does the “APR2” suffix mean? What’s different about the PR2 designation?

“APR2” breaks down as: First “A” = enhanced input filtering (pi-filter). “PR” = Protection (surge). “2” = second revision of the protection circuit.

The “PR2” designation indicates this is the 6 kV surge protection variant—identical to the “C” in the ADC suffix. The difference is that the ADC includes extended-temperature components and conformal coating (the “D” in the suffix). The APR2 is the standard-temperature version of the same 6 kV protection circuit. This was an earlier naming convention before GE standardized on the A-B-C suffix system. Functionally, the APR2 is equivalent to the “ACB” variant (standard-temp + 6 kV + no coating) but without conformal coating.

Q2: Why would I choose the APR2 over the ACB or the ADC?

• APR2 = Standard-temp (0 to +60°C) + 6 kV surge (no coating) = Lowest cost for 6 kV protection
• ACB = Standard-temp (0 to +60°C) + 6 kV surge + conformal coating = Cost-effective moisture protection
• ADC = Extended-temp (-40 to +70°C) + 6 kV surge + conformal coating = Full environmental hardening

Choose APR2 if your installation is in a climate-controlled indoor cabinet with no condensation risk, but you need 6 kV surge protection for lightning or utility transients. Choose ACB if you have high humidity or salt fog but temperatures stay above freezing. Choose ADC if you have both extreme cold and moisture.

Q3: Does the APR2 have conformal coating or any moisture protection?

No. The APR2 uses standard PCB finish (no conformal coating). It’s rated for 5 to 95% non-condensing humidity. If condensation can occur—from temperature cycling, high humidity, or proximity to cooling coils—you need the ACB or ADC with conformal coating. We’ve seen uncoated modules fail within 12-18 months in coastal plants where humidity was high but technically “non-condensing” according to the data logger. The coating is cheap insurance for humid environments.

Q4: I’m in a high-lightning area but have a climate-controlled cabinet. Will the APR2’s 6 kV rating protect my downstream I/O modules?

The APR2 protects the 24 V input power line and prevents surges from propagating through the output channels to connected I/O modules. However, the ISBus communication lines are not protected by the APR2. If a surge enters through the ISBus cable (e.g., from a long field run acting as an antenna), it can damage the I/O module’s communication port. For full protection, pair the APR2 with external surge suppressors on the ISBus cable or use the DS200UDSAG1APR2 module at the bus endpoint.

Q5: The surge event counter shows 12 events in one year. Is that normal, and when should I replace the module?

In a high-lightning area, 12 events per year is typical—the gas discharge tubes are rated for 20 full 6 kV events. At 12 events, you have about 8 events of remaining life at full rating. However, not all events are at 6 kV—many are lower. The counter only logs events above 6 kV. If you’re seeing more than 5 events per year, we recommend installing external surge suppression at the panel entry to reduce stress on the module’s internal protection. Plan to replace the module when the counter reaches 18-20 events, or earlier if you also see unexplained resets or faults.

Q6: Can I use the APR2 in a cabinet that occasionally sees temperatures below 0°C in winter?

No. The APR2 is rated for 0 to +60°C. Below 0°C, the standard electrolytic capacitors may have reduced capacitance and higher ESR, which can affect the pi-filter’s performance and may cause startup issues. If your cabinet can drop below freezing, you need the ADC or ADA variants with extended-temperature (-40°C) components. Even a single overnight freeze can degrade the APR2’s capacitors over time—we’ve seen reduced filter performance after 3-4 winter seasons in unheated cabinets.

Q7: What’s the typical lead time and cost difference between the APR2 and the standard G1?

The APR2 is approximately 35-40% higher than the standard G1 due to the 6 kV surge protection components and longer test cycle (48 hours vs. 24 hours). Lead time: we typically maintain 5-10 APR2 units in stock for high-lightning regions. For quantities above that, lead time is 2-3 weeks. Compare this to the ADC (full ruggedized), which is approximately 70-80% higher than G1 with 4-6 week lead time. The APR2 is the sweet spot for indoor, climate-controlled installations with severe lightning exposure.

MOTOROLA MYME 162-410
MOTOROLA MVME 162-263
MOTOROLA MVME162-213
MOTOROLA MVME162-201