COOLX®1000 FANLESS, INTELLIGENT 1000 W MODULAR POWER SUPPLIES Advanced Energy's CoolX®1000 series, part of our low voltage solutions, is the world’s only fanless 1000 W modular power supply. Packaged in a compact 254 mm x 165.1 mm x 39.1 (10 in x 6.5 in x 1U) U-channel design, the CoolX1000 provides up to 1000 W without any requirement for fan or base plate cooling, eliminating acoustic noise detrimental to scientific and medical applications, as well as applications sensitive to vibration or where fan cooling is not available. The CoolX1000 also offers increased flexibility by allowing system designers to monitor and control power supply performance — essential for staving off process disruption — using either analog or digital communications (PMBus™). PRODUCT HIGHLIGHTS No Fan Featured ■ 1000 W with 100% natural convection cooling ■ No base plate needed ■ No acoustic noise or vibrations Reliability ■ MTBF > 400,000 hours, 25% better than today's leading solutions ■ High-input surge protection — 4 KV line to PE for harsh environments ■ Reverse energy protection — no blocking diodes required ■ 24 W standby power ■ Safety approved to 5000 m altitude ■ 94% efficiency ■ Five-year warranty Flexibility ■ Analog and digital management — PMBus™ monitoring and control capability ■ Field-configurable — plug and play power ■ Series and parallel outputs — higher voltages/currents ■ Mounting options — base/side and DIN-Rail mounting TYPICAL APPLICATIONS Medical ■ Clinical diagnostic equipment, medical lasers, dialysis equipment, radiological imaging, chemical chemistry Industrial ■ Test and measurement, industrial macines, automation equipment, printing, telecommunications, audio equipment Hi Rel ■ Harsh industrial electronics, radar (naval-and ground-based),communications,test and measurement 6 6 Cooling No fan featured Parameters 254 mm x 165.1 mm x 39.1 (10 in x 6.5 in x 1U) Certifications Medical ■ IEC60601-1 3rd edition, IEC60601-1-2 4th edition (EMC) ■ 2 MOPP ■ Dual fused ■ ISO13485 Industrial ■ IEC60950, IEC62368-1 ■ ISO9000 ■ SEMI F47

1Full dynamic specifications may not be met at full load when output voltage is trimmed by above 13 V 2For the CmG module, the max combined power of both outputs is 120 W 3For the CmH module, the max combined power of both outputs is 100 W

ELECTRICAL SPECIFICATIONS Input Output Parameter Conditions/Description Min Nom Max Units

Auxilary Output

ELECTRICAL SPECIFICATIONS (CONTINUED) Environmental 5Designed to support type B and type BF applied part end product requirements

MECHANICAL SPECIFICATIONS Maximum screw penetration from base does not exceed 2mm. CooIX can be mounted on its base, vertically or on its side. CoolX can also be mounted on the DIN Rail accessory (Z744).

Output Power (W) Output Power (W) CXI 0 Temperature Derating Curves - Screw Terminal Input Connector J7Z Advanced Za. Energy COOLX1000 SERIES advancedenergy.com 7

INTERFACE (CONTINUED) Input Connectors Standard (Screw Terminal) CoolPac Connectors

INTERFACE (CONTINUED) Advanced Energy

CoolMods 0 = Unpopulated # = Unavailable Connectors & Leakage Current – = Screw Terminal, Normal Leakage 1 = IEC Terminal, Normal Leakage 4 = Screw Terminal, Low Leakage (150uA) 5 = IEC Terminal, Low Leakage (150uA) Open Frame / Enclosed Not used or – = Standard Model Logistic Use Only S/M S = Standard M = Medical Settings + CoolPac Options N = Unconfigured P = Configured X = Internal Use Only Configuration Example 1 CoolX part number CX10S-ACD##E-N-A specifies the following product: CX10S—1000 W IEC60950 approved Slot 1: CmA, 5 V/21 A module Slot 2: CmC, 24 V/8.33 A module Slot 3: CmD, 48 V/4.17...

Advanced Energy For international contact information visit advancedenergy.com ABOUT ADVANCED ENERGY Advanced Energy (AE) has devoted more than three decades to perfecting power for its global customers. AE designs and manufactures highly engineered, precision power conversion, measurement and control solutions for mission-critical applications and processes. AE's power solutions enable customer innovation in complex semiconductor and industrial thin film plasma manufacturing processes, demanding high and low voltage applications, and temperature-critical thermal processes. With deep applications...