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Embedded Power for Business-Critical Continuity
SXX06E
Rev. 08.01.06
Page 1 of 2
MicroTCA MTC600 Series
600 Watts
Total Power: # of Channels: 600 Watts 16
Rev. 05.26.08 MTC600 Series 1 of 19
Product Description
General
Special Features
* 600 W output power * 16 Channels of * 12 V @ 7.6 A max * 3.3 V @ 150 mA max * Supports: * 12x AMC's * 2x MCH's * 2x CU's * Supports N+1 output redundancy, N3 * Supports 1+1 input redundancy
The MTC600 series of Power Modules are designed for use in MicroTCA systems and can support shelves, cube and other implementations and is compliant to PICMG MicroTCA .0 Revision 1.0 specification. The MTC600 Power Modules implement the functionality necessary to power, manage and protect a MicroTCA system comprising up to: * 12x AdvancedMCs * 2x MicroTCA Carrier Hubs * 2x Cooling Units The MTC600 Power Modules will: * On system bring-up, provide the power necessary for MCH and CU system elements. * Support redundant IPMI (IPMB-0) communication with the MCH/ Carrier-Manager * Under the command of the carrier manager, enable and provide power to AMCs, CUs and additional MCHs * Monitor and Report power system status and conditions of operation * Manage and isolate faults affecting the power system
Compliance
* PICMG MicroTCA.0 (Revision 1.0) * PICMG HPM.1 Firmware Upgrade (Revision 1.0)
Safety
UL, cUL 60950-1 CSA 60950-1 VDE 60950-1
Embedded Power for Business-Critical Continuity
Product Description (continued)
Input
Rev. 05.26.08 MTC600 Series 2 of 19
Power Module Input Connector -48V_A
Power Module Input Connector -48V_B
Fusing ORing
EMI Filtering EMI Filtering Transient Suppression Transient Suppression Inrush Limiting Inrush Limiting Holdup Holdup
Power Conversion
12V 3.3V
Monitoring & Control
MCH (2X) Power MCH Channel Power
PWR MP EN# PS1# PWRON PWR MP EN# PS1# PWRON
CU (2x) CU Power Channel Power
PWR MP EN# PS1# PWR MP EN# PS1#
AMC (12x) AMC Power Channel Power
PWR MP EN# PS1# PWR MP EN# PS1#
IPMB-0 IPMB -0
PM to PM PM to Comm Comm
JTAG JTAG
Power Module Output Connector
Embedded Power for Business-Critical Continuity
Electrical Specifications
Input
-48 Vdc Models Input Range (Operating) Input Range (Non-operating) Input Fusing Input ORing Inrush Current Input Current Holdup Time -39.5 to -72 Vdc 0 to -39.5 Vdc -72 to -75 Vdc Internal 24 A Fuses Internal 80 A 12.8 A 18.2 A 5 ms 7 ms 10 ms 10 ms 39.5 1.0 V 37.0 1.0 V Included
Rev. 05.26.08 MTC600 Series 3 of 19
Supports -48 V and -60 V battery plants Power Module may or may not operate in part of this range, but will not be damaged In both A & B feeds and A & B return lines In both A & B feeds and A & B return lines For t < 1 ms Typical with 600 W out, -54.0 Vin Maximum with 600 W out, -39.5 Vin Minimum at 600 W with one PM Typical at 600 W with one PM Typical at 400 W with one PM Minimum at 600 W with two PMs Turn-On voltage Turn-Off voltage Protected against reverse polarity over magnitude of specified input range Supports typical worldwide single-phase inputs Power Module may or may not be operating in part of this range, but will not be damaged
UnderVoltage Lockout Reverse Polarity Protection AC Models Input Range (Operating) Input Range (Non-operating) Frequency Input Fusing Inrush Current Power Factor Harmonics Input Current Holdup Time UnderVoltage Lockout OverVoltage Lockout
90 to 264 Vac 0 to 90 Vac 264 to 282 Vac 47 to 63 Hz Internal 15 A Fuses 45 A 0.99 typical <2.30 Arms (odd) <1.08 Arms (even) 2.95 A 6.6 A 16.7 ms 20 ms 87 2.5 V 83 2.5 V 282 Vac
I2t integral compatible with 15 A fast-blow fuse Meets EN61000-3-2
Typical with 600 W out, 230 Vac Maximum with 600 W out, 110 Vac At 110 Vac, 60 Hz At 230 Vac, 50 Hz Turn-On voltage Turn-off voltage Power Module will turn-off if input voltage exceeds this voltage and not turn on until input voltage is reduced below this level
Embedded Power for Business-Critical Continuity
Electrical Specifications (continued)
Output - All Models (continued)
12 V Outputs (Payload Power)1,2 Management Power Interdependence Setpoint Total Regulation Range Rated Load Minimum Load Output Rise TIme (per channel) Output Noise (PARD)3 Output Voltage Overshoot Transient Response 12 V will not be applied without 3.3 V applied to a load 12.6 Vdc typical 11.8 Vdc typical 12.25 to 12.95 Vdc 11.60 to 12.00 Vdc 600 W maximum 80 W / 7.6 A maximum No load 25 ms maximum 75 mV maximum 100 mV maximum 2% maximum 3% maximum deviation 2 ms recovery time
Rev. 05.26.08 MTC600 Series 4 of 19
Removal of 3.3 V also removes 12 V and de-asserts ENABLE# Configured as Primary PM Configured as Redundant PM Configured as Rrimary PM Configured as Redundant PM Per Power Module, input voltage 110 Vac Per load channel No loss of regulation 110 Vrms With 1600 F on output under test 0 to 30 MHz 0 to 100 MHz Referenced to setpoint 2 A loadstep @ 1 A/s Referenced to load current and setpoint at onset of transient. Recovery time to within 1% of setpoint at onset of transient Primary PM to redundant PM transition with maximum of 80 W load per output or 600 W load per PM Output to return After removal of fault, the output channel is available again under control of the Carrier Manager. PM_OK# is not de-asserted and redundant failover is not initiated Either or both outputs may shut down until fault is removed Time from de-assertion of PS1# to disabling of the channel outputs and de-assertion of the ENABLE# signal Tolerance of Power Module to ripple generated by fans or motors connected to Payload Power on Cooling Units
Voltage Sag
1.00 V maximum
Short Circuit Protection Channel Fault Operation (Output to Return)
9.7 A maximum 10 ms maximum 12V Payload Power Output under fault is shutdown. 3V3 MP on the same channel is not affected. The other channels are not affected No damage to Power Module 100 s maximum
Channel Fault Operation (Output to Output) PS1# Extraction Delay
Reflected Ripple Tolerance on Cooling Unit Outputs4
100 mV pk-pk 0.8 A pk-pk
Note 1: All channels and outputs must be configued by the carrier manager with the exception of MCH and CU channels and outputs which are configured during Startup and/or autonomous operation, Note 2: All measurements are made at the output connector of the Power Module. Unless otherwise specified,specs apply to all AMC, MCH, and CU outputs. Note 3: Measured with a 0.1 F ceramic and 10 F tantalum capacitor on any output and oscilloscope bandwidth set for 200 MHz. Note 4: Consult with the factory if other outputs are expected to product significant ripple current.
Embedded Power for Business-Critical Continuity
Electrical Specifications (continued)
Output - All Models (continued)
3.3 V Outputs (Management Power) 5,6 Payload Power Interdependence Setpoint Total Regulation Range Rated Load Minimum Load Output Rise TIme (per channel) Output Noise (PARD)3 Output Voltage Overshoot Transient Response 3.3 V must be applied before 12 V 3.3 Vdc typical 3.16 to 3.63 Vdc 8 W maximum 0.5 W / 150 mA maximum No load 25 ms maximum 50 mV maximum 75 mV maximum 2% maximum 3% maximum deviation 2 ms recovery time
Rev. 05.26.08 MTC600 Series 5 of 19
Removal of 3.3 V also removes 12 V and de-asserts ENABLE#
Per Power Module Per load channel No loss of regulation With 150 F on output under test 0 to 30 MHz 0 to 100 MHz Referenced to setpoint 37.5 mA loadstep @ 1 A/s Referenced to load current and setpoint at onset of transient. Recovery time to within 1% of setpoint at onset of transient Primary PM to redundant PM transition with max of 80 W load per output or 600 W load per PM Output to return After removal of fault, the output channel is available again under control of the Carrier Manager. PM_OK# is not de-asserted and redundant failover is not initiated Either or both channels may shut down until fault is removed Time from de-assertion of PS1# to disabling of the channel outputs and de-assertion of the ENABLE# signal
Voltage Sag
150 mV maximum
Short Circuit Protection Channel Fault Operation (Output to Return)
225 mA maximum 12 ms maximum Output channel under fault is shutdown. Both 3.3V and 12V are removed and ENABLE# is de-asserted. The other channels are not affected No damage to Power Module 100 s maximum
Channel Fault Operation (Output to Output) PS1# Extraction Delay
Note 5: All channels and outputs must be configued by the carrier manager with the exception of MCH and CU channels and outputs which are configured during Startup and/or autonomous operation. Note 6: All measurements are made at the output connector of the Power Module. Unless otherwise specified,specs apply to all AMC, MCH, and CU outputs.
Embedded Power for Business-Critical Continuity
Electrical Specifications (continued)
Output - All Models (continued)
General Turn-on Time Early Power Normal Power Autonomous Operation 4 seconds maximum Supported Supported Supported
Rev. 05.26.08 MTC600 Series 6 of 19
After power-on of the PM, the time for autonomous outputs to reach regulation band PM supports Early Power requirements referenced in MicroTCA.0 Rev 1.0 Section 4.4.11.1 PM supports Normal Power requirements referenced in MicroTCA.0 Rev 1.0 Section 4.4.11.2 PM supports Autonomous Operation requirements referenced in MicroTCA.0 Rev 1.0 Section 4.4.11.3 In Diagnostic Mode PM disables the IPMI controls and slots are powered up based only on PSI# signals
Diagnostic Mode
Supported [GA2,GA1,GA0] = 101, or [GA2,GA1,GA0] = 110 LED1 displays yellow
Redundancy7 Hot-Swap Operation (controlled) Hot-Swap Operation (uncontrolled) Power Module Failover Supported Supported Supported Removal or addition of a PM will not cause a fault or out-of-regulation condition Removal or addition of a PM will not cause a fault or out-of-regulation condition When configured as a redundant PM, the PM is capable of accepting the load of a failed PM within specified voltage magnitude and timing parameters A fault in one PM will not cause the shutdown of another PM
Fault Isolation
Supported
Note 7: All specifications in the redundancy sub-section assume the system is populated with Power Modules with the same manufacturer's model numbers or otherwise compatible Power Modules. At the time of print, PICMG does not have a formal methodology for verifying compatibility.
Embedded Power for Business-Critical Continuity
Electrical Specifications (continued)
Input Signals - All models
Geographic Address: GA0, GA1, GA2 Internal pull ups to 3.3 V. Source current limited by 11 Kohm (300 A with GAx at 0.0 V) MIN Logic Level Low - VIL Logic Level High- VIH 1.63 V MAX 0.5 V
Rev. 05.26.08 MTC600 Series 7 of 19
PS1_[SLOT]#: PS1_M1, PS1_M2, PS1_CU1, PS1_CU2, PS1_1, ...PS_12 Internal pull ups to 3.3 V. Source current limited by 10 Kohm (330 uA with PS1_[SLOT]# at 0.0 V) MIN Logic Level Low Voltage - VIL Logic Level High Voltage - VIH PWRON_[MCH]: PWRON_MI, PWRON_M2 Internal 10 Kohm pull down. Compatible with MicroTCA.0 R1.0 Section A.5.4 MIN Logic Level Low - VIL Logic Level High - VIH 1.63 V MAX 0.5 V 2.6 V MAX 1.1 V
RST_PM_IN#: RST_PM_IN# MIN Logic Level Low - VIL Logic Level High - VIH 2.4 V MAX 0.6 V
PMP_[x]#: PMP_A#, PMP_B#, PMP_C# Internal pull up to 3.3 V. Source current limited by 10 Kohm (330 uA with PMP_[x]# at 0.0 V) MIN Logic Level Low Voltage - VIL Logic Level High Voltage - VIH 1.63 V MAX 0.5 V
PS_PM#: PS_PM# Internal pull up to 3.3 V. Source current limited by 10 Kohm MIN Logic Level Low Voltage - VIL Logic Level High Voltage - VIH 2.4 V MAX 0.6 V
Embedded Power for Business-Critical Continuity
Electrical Specifications (continued)
Output Signals - All Models
EN1_[SLOT]#: EN1_M1, EN1_M2, EN1_CU1, EN1_CU2, EN1_1, EN1_2...EN1_12 Open collector output. Isink, max=10 mA. No internal current limit MIN Logic Level Low Voltage - VOL Voltage Withstand - Vmax PM_OK#: PM_OK# Open collector output, Isink max = 10 mA. No current limit MIN Logic Level Low Voltage - VOL Voltage Withstand - Vmax RST_PM_[x]#: RST_PM_A#,RST_PM_B#,RST_PM_C# Open collector output, Isink, max = 10 mA. No current limit MIN Logic Level Low Voltage, - VOL Voltage Withstand - Vmax MAX 0.8 V 5.5 V MAX 0.8 V 5.5 V MAX 0.8 V 5.5 V
Rev. 05.26.08 MTC600 Series 8 of 19
Shared Signals - All Models
SMP: SMP Compliant to MicroTCA.0 R1.0 Section 4.6.5.4.3, requirements 4.221-4.225 MIN Voltage Range Isink Isource 4.5 V MAX 6V 750 mA 350 mA
Embedded Power for Business-Critical Continuity
Electrical Specifications (continued)
I2C Interface - All Models
Operating Parameters I2C Operating Voltage I2C Operating Frequency 3.3 V 100 kHz Nominal
Rev. 05.26.08 MTC600 Series 9 of 19
SDA_[x]: SDA_A, SDA_B Internal pull ups to 3.3 V. Source current limited by 10 Kohm (330 A with SDA_[x] at 0.0 V). Bufferede to support hot-swap MIN Logic Level Low - VIL Logic Level High - VIH 2.70 V MAX 0.7 V
SCL_[x]: SCL_A, SCL_B Internal pull ups to 3.3 V. Source current limited by 10 Kohm (330 uA with SCL_[x] at 0.0 V). Buffered to support hot-swap. MIN Logic Level Low Voltage - VIL Logic Level High Voltage - VIH 2.70 V MAX 0.7 V
Embedded Power for Business-Critical Continuity
IPMB-0 Interface
PM-EMMC
Functionality A PM-EMMC is implemented per MicroTCA.0 R1.0 requirements 4.116 through 4.120 IPM Device IPMB Interface SDR Repository Sensors Watchdog Timer FRU Inventory Initialization Agent Internal Event Generation External Event Generation Power Channel Mapping Power Channel 1, 2 3, 4 5-16 Management Power MP_M1, MP_M2 MP_CU1, MP_CU2 MP_1 - MP_12 Payload Power PP_M1, PP_M2 PP_CU1, PP_CU2 PP_1 - PP_12 PS1# PS1_M1#, PS1_M2# PS1_CU1#, PS1_CU2# PS1_# - PS1-12# ENABLE# EN_M1#, EN_M2# EN_CU1#, EN_CU2# EN_1# - EN_12# Events sent over IPMB-0 PM-EMMC is responsible for initializing it's own event generation and sensors Implements mandatory 2 temp sensors; Implements voltage and current senors Implements a watchdog timer for resetting PM's own PM-EMMC PM-EMMC aggregates IPMB-A and IPMB-B IPMI v1.5 protocol
Rev. 05.26.08 MTC600 Series 10 of 19
Autonomous Power Depends on PWRON_ M1, PWRON_M2 Yes No
Supported Commands
Global Commands NetFN App Request=06h; Response=07h Command Get Device ID Cold Reset Event Commands NetFN S/E Request=04h; Response=05h Command Set Event Receiver Get Event Receiver Platform Event CMD 00h 01h 02h Note As defined in IPMI v1.5 As defined in IPMI v1.5 As defined in IPMI v1.5 CMD 01h 02h Note As defined in IPMI v1.5; Broadcast Get Device ID not supported As defined in IPMI v1.5
Embedded Power for Business-Critical Continuity
IPMB-0 Interface (continued)
Supported Commands (Continued)
Sensor Device Commands NetFN S/E Request=04h; Response=05h Command Get Device SDR Info Get Device SDR Reserve Device SDR Repository Set Sensor Hysteresis Get Sensor Hysteresis Set Sensor Threshold Get Sensor Threshold Get Sensor Reading FRU Device Commands NetFN Storage Request=0Ah; Response=0Bh Command Get FRU Inventory Area Info Read FRU Data Write FRU Data PICMG Commands NetFN Storage Request=2Ch; Response=2Dh Command Get PICMG Properties Get FRU LED Properties Get LED Color Capabilities Set FRU LED State Get FRU LED State Set IPMB State Get Device Locator Reader ID Get IPMB Link Info MicroTCA Commands NetFN PICGMG Request=2Ch; Reponse=2Dh Command Power Channel Control Get Power Channel Status PM Reset Get PM Status PM Heartbeat CMD 24h 25h 26h 27h 28h Note As defined in MicroTCA.0.0 R1.0 As defined in MicroTCA.0.0 R1.0 As defined in MicroTCA.0.0 R1.0 As defined in MicroTCA.0.0 R1.0 As defined in MicroTCA.0.0 R1.0 CMD 00h 05h 06h 07h 08h 09h 0Dh 18h Note As defined in MicroTCA.0 R1.0 As defined in PICMG3.0 R2.0 (ATCA) As defined in PICMG3.0 R2.0 (ATCA) As defined in PICMG3.0 R2.0 (ATCA) As defined in PICMG3.0 R2.0 (ATCA) As defined in PICMG3.0 R2.0 (ATCA) As defined in PICMG3.0 R2.0 (ATCA) As defined in PICMG3.0 R2.0 (ATCA) CMD 10h 11h 12h Note As defined in IPMI v1.5 As defined in IPMI v1.5 As defined in IPMI v1.5 CMD 20h 21h 22h 24h 25h 26h 27h 2Dh Note As defined in IPMI v1.5 As defined in IPMI v1.5 As defined in IPMI v1.5 As defined in IPMI v1.5 As defined in IPMI v1.5 As defined in IPMI v1.5 As defined in IPMI v1.5 As defined in IPMI v1.5
Rev. 05.26.08 MTC600 Series 11 of 19
Embedded Power for Business-Critical Continuity
IPMB-0 Interface (continued)
Sensors - Mandatory per PICMG and Related Standards
Event and Status Sensors These sensors are implemented according to the requirements and specifications of the relevant standards. Sensor Name Management Controller Device Locator Power Channel Notification PM Status IPMB Physical Link Hot Swap Temperature Sensors All temperature sensors have an accuracy of 5%. All temperature sensors have an offset of -40 C. Sensor Name Hotspot Temperature Ambient Temperature Thresholds Upper Non-Recoverable Upper Critical Upper Non-Critical Lower Critical Lower Non-Critical Internal Voltage Sensors All voltage sensors have an accuracy of 2%. Sensor Name 12 Volt 3V3 Volt 5 V Volt Thresholds Upper Critical Lower Critical Internal Current Sensors All current sensors have an accuracy of 2%. Sensor Name 12 V Current 3V3 Volt Thresholds Upper Critical Sensor Number 0Ah 0Bh Assertion/Deassertion Yes Resolution 0.5 A / bit 50 mA / bit Comparison Returned Yes Sensor Number 07h 08h 09h Assertion/Deassertion Yes Yes Resolution 100 mV / bit 50 mV / bit 50 mV / bit Comparison Returned Yes Yes Sensor Number 05h 06h Assertion/Deassertion Yes Yes Yes Yes Yes Resolution 1 C / bit 1 C / bit Comparison Returned Yes Yes Yes Yes Yes Sensor Number 00h 01h 02h 03h 04h
Rev. 05.26.08 MTC600 Series 12 of 19
Applicable Models All All Settable/Readable R S/R S/R S/R S/R
Sensors - Non-Mandatory per PICMG and Related Standards
Applicable Models All All All Settable/Readable S/R S/R
Applicable Models All All Settable/Readable S/R
Embedded Power for Business-Critical Continuity
IPMB-0 Interface (continued)
Sensors - Non-Mandatory per PICMG and Related Standards (continued)
Input Voltage Sensors All voltage sensors have an accuracy of 2%. Sensor Name AC Input Voltage DC Input Votlage A DC Input Voltage B DC Input Or-ed Thresholds Upper Critical Lower Critical Lower Non-Recoverable Input Current Sensors All current sensors have an accuracy of 2%. Sensor Name AC Input Current DC Input Current Thresholds No thresholds implemented Sensor Number 0Dh 0Fh Assertion/Deassertion n/a Resolution 100 mA / bit 100 mA / bit Comparison Returned n/a Sensor Number 0Ch 0Ch 0Dh 0Eh Assertion/Deassertion Yes Yes Yes Resolution 2.0 V / bit 0.5 V / bit 0.5 V / bit 0.5 V / bit Comparison Returned Yes Yes Yes
Rev. 05.26.08 MTC600 Series 13 of 19
Applicable Models MTC600-AC only MTC600-48 only MTC600-48 only MTC600-48 only Settable/Readable S/R S/R R
Applicable Models MTC600-AC only MTC600-48 only Settable/Readable n/a
Embedded Power for Business-Critical Continuity
Environmental Specifications
Temperature and Altitude Derating8
60 m below to 1800 m above sea level Condition Storage Non-Operating Cold Start Normal Operation Short Term Operation9 1800 m to 4000 m above sea level Condition Storage Non-Operating Cold Start Normal Operation Short Term Operation9 Temperature -45 C to +70 C -20 C to -5 C -5 C to 35 C 35 C to 45 C 45 C to 55 C Load Any valid condition 100% System dependent System dependent Temperature -45 C to +70 C -20 C to -5 C -5 C to 45 C 45 C to 55 C Load Any valid condition 100% Linear derating to 80% at 55 C
Rev. 05.26.08 MTC600 Series 14 of 19
Other Environmental
Criteria Relative Hunidity Vibration Specification 5% - 95%, non-condensing 0.1 g @ 5-100 Hz and back to 5 Hz at a rate of 0.1 octave/min or 1.5 g @ 100-500 Hz with 0.25 octave/min; 1.5 mm @ 2-9 Hz, 0.5 g @ 9-200 Hz 4 g @ 22 ms Packaged: 450 mm drop height; Unpackaged: 25 mm drop height; Transportation: 1.2 m free fall All material UL 94V-1 or better Reference GR-63-CORE, R4-7; IEC 60068-2-56, 2-30 GR-63-CORE, R4-58, R4-59; IEC 60068-2-6, 2-36
Shock Drop
IEC 60068-2-27, 2-29 GR-63-CORE, R4-8, R4-9 IEC 60068-2-32
Fire Resistance
Standards Compliance for Telecommunications Applications
The Power Module will not hinder system compliance to the following environmental specifications: * * * * * * Telcordia GR-63-CORE Telcordia GR-1089-CORE NEBS Level 3, per SR-3580 ETS300 019-1-1, Part 1-1 (Class 1.2E equipment) ETS300 019-1-2, Part 1-2 (Class 2.3 equipment) ETS300 019-1-3, Part 1-3 (Class 3.2 equipment) Note 8: 12 CFM airflow for -48 V model; 15 CFM airflow for AC model. Note 9: Short Term Operation defined as total period of not more than 96 consecutive hours and total of not more than 15 days in 1 year.
Embedded Power for Business-Critical Continuity
Electromagnetic Compatibility
All Models
Radiated Emissions Standard EN55022, Class A GR-1089-CORE Conducted Emissions EN55022, Class A GR-1089-CORE ElectroStatic Discharge EN61000-4-2 Radiated Immunity EN61000-4-3 10 V/m (level measure unmodulated) 80% AM, 1 KHZ 80 MHz to 1GHz A 8 KV Contact, 15 KV Air discharge Impulsive B Per Section 6 Per Section 3.2 150 KHz to 30 MHz 10 KHz to 30 MHz N/A N/A Limits & Test Parameters Per Section 6 Per Section 3.2 Frequency Range 3 MHz to 1 GHz 10 KHz to 10 GHz Criteria N/A N/A
Rev. 05.26.08 MTC600 Series 15 of 19
Conducted Immunity EN61000-4-6 3 V (level measured unmodulated) 80% AM, 1HKz 150 KHz to 80 MHz A
Voltage Dips & Interruptions EN61000-4-11 -100% for 10 ms @ 0; -100% for 10 ms @ 180; -60% for 100 ms; -30% for 500 ms; -100% for 5 s Impulsive B,C
AC Models
Fast Transients EN61000-4-4 Surge EN61000-4-5 1.2/50 sec pulse 2 KV Line to Earth 1 KV Line to Line Impulsive B 5/50 ns 5 KHz pulse 1 KV direct Impulsive B
-48 Vdc Models
Fast Transients EN61000-4-4 Surge EN61000-4-5 1.2/50 sec pulse 500 V Line to Earth 500 V Line to Line Impulsive B 5/50 ns 5 KHz pulse 500 V direct Impulsive B
Embedded Power for Business-Critical Continuity
Mechanical Specifications (continued)
Front Panel - MTC600-48
Input Connector: Positronics QB7W2MN7T2, FCI 10070158, or equivalent Mating Connector: Positronics QB7W2F00QH0/AA, FCI 10070165, or equivalent Pinout: P1: Return P2: -48 V 1: Not Used 2: Not Used
Rev. 05.26.08 MTC600 Series 16 of 19
Front Panel - MTC600-AC
Input Connector: IEC 320-C14, or equivalent Mating Connector: IEC 320-C13, or equivalent Pinout: L: Line N: Neutral G: Ground
Front Panel Drawing for DC-input unit
Front Panel Drawing for AC-input unit
Green/Red LED
Blue LED
Green/Red LED
Blue LED
-48_B
-48_A
General - MTC600-48
Weight: 25 oz. (700 grams) typical
General - MTC600-AC
Weight: 30 oz. (850 grams) typical
Embedded Power for Business-Critical Continuity
Mechanical Specifications (continued)
Output Connector
Output Connector: EPT P/N 501-50096-183, Tyco P/N 1469922-1, or equivalent Mating Connector: EPT P/N 502-50096-183, Tyco P/N 1469920-1, or equivalent
Rev. 05.26.08 MTC600 Series 17 of 19
Pin Description PP_x MP_x GND PS_PM# GAx PM_OK# PMP_x# RST_PM_IN# Payload Power (12V) for AMC/MCH/CU x Mgmt Power (3.3V) for AMC/MCH/CU x Output Return Last Mate Pin Geographical address line x PM Present and OK [Output] PM x Present and OK [Input] Resets PM EMMC [Input] Reset signal from PM x [Output] Power-On signal from MCH x Detects Presence of AMC/MCH/CU x Enables (E)MMC of AMC/MCH/CU x I2C Clock Line for Bus x I2C Date Line for Bus x
Pinout P1 P2 P3 P4 P5 P6 P7 P8 P9 P10 P11 P12 1 2 3 4 5 6 7 8 9 PP_M1(2nd Mate) PP_CU1(2nd Mate) PP_CU2(2nd Mate) GND(1st Mate) GND(1st Mate) GND(1st Mate) GND(1st Mate) GND(1st Mate) GND(1st Mate) GND(1st Mate) GND(1st Mate) PP_M2(2nd Mate) PS_PM# (Last Mate) N/C N/C N/C N/C N/C GA0 (3rd Mate) GA1 (3rd Mate) GA2 (3rd Mate) A PP_1(2nd Mate) PP_2(2nd Mate) PP_3(2nd Mate) PP_4(2nd Mate) PP_5(2nd Mate) PP_6(2nd Mate) PP_7(2nd Mate) PP_8(2nd Mate) PP_9(2nd Mate) PP_10(2nd Mate) PP_11(2nd Mate) PP_12(2nd Mate) PS1_M1# (3rd Mate) PS1_2# (3rd Mate) PS1_4# (3rd Mate) PS1_6# (3rd Mate) PS1_8# (3rd Mate) PS1_10# (3rd Mate) PS1_12# (3rd Mate) PS1_M2# (3rd Mate) SCL_B (3rd Mate) C P13 P14 P15 P16 P17 P18 P19 P20 P21 P22 P23 P24 PS1_CU1# (3rd Mate) PS1_1# (3rd Mate) PS1_3# (3rd Mate) PS1_5# (3rd Mate) PS1_7# (3rd Mate) PS1_9# (3rd Mate) PS1_11# (3rd Mate) PS1_CU2# (3rd Mate) SDA_B (3rd Mate) D
RST_PM_x# PWR_ON_Mx PS1_x# EN_x# SCL_x SDA_x
PM_OK# (3rd Mate) PMP_A# (3rd Mate) PMP_B# (3rd Mate) PMP_C# (3rd Mate) RST_PM_IN# (3rd Mate) RST_PM_A# (3rd Mate) RST_PM_B# (3rd Mate) RST_PM_C# (3rd Mate) SMP (3rd Mate) B
EN_M1# (3rd Mate) EN_2# (3rd Mate) EN_4# (3rd Mate) EN_6# (3rd Mate) EN_8# (3rd Mate) EN_10# (3rd Mate) EN_12# (3rd Mate) EN_M2# (3rd Mate) SCL_A (3rd Mate) E
EN_CU1# (3rd Mate) EN_1# (3rd Mate) EN_3# (3rd Mate) EN_5# (3rd Mate) EN_7# (3rd Mate) EN_9# (3rd Mate) EN_11# (3rd Mate) EN_CU2# (3rd Mate) SDA_A (3rd Mate) F
MP_M1# (3rd Mate) MP_2# (3rd Mate) MP_4# (3rd Mate) MP_6# (3rd Mate) MP_8# (3rd Mate) MP_10# (3rd Mate) MP_12# (3rd Mate) MP_M2# (3rd Mate) PWR_ON_M2 (3rd Mate) G
MP_CU1# (3rd Mate) MP_1# (3rd Mate) MP_3# (3rd Mate) MP_5# (3rd Mate) MP_7# (3rd Mate) MP_9# (3rd Mate) MP_11# (3rd Mate) MP_CU2# (3rd Mate) PWR_ON_M2 (3rd Mate) H
Embedded Power for Business-Critical Continuity
Mechanical Specifications
MTC600-48
Rev. 05.26.08 MTC600 Series 18 of 19
7.37 (187.25) 0.18 (4.55)
2.89 (73.5)
0.63 (16) 15.24 (0.6) 15.24 (0.6)
MTC600-AC
2.34 (59.40)
2.89 (73.50)
7.37 (187.25)
3.22 (81.4)
Embedded Power for Business-Critical Continuity
SXX06E
Rev. 08.01.06
Page 1 of 2
Ordering Information
Power Level Input Voltage Redundant Channel Count Width Height Reserved
Americas
5810 Van Allen Way Carlsbad, CA 92008 USA Telephone: +1 760 930 4600 Facsimile: +1 760 930 0698
Rev. 05.26.08 MTC600 Series 19 of 19
MTC
ppp 600 = 600 W
vv
48 = -48 Vdc AC = 90-264 Vac
rr
RR = Redundant Input and Redundant Output NR = NonRedundant Input and Redundant Output
nn
16 = 16ch
w
S = Single Width
h
9 = 9 HP 1 = 12 HP
xx
For modified standards
J
Europe (UK)
Waterfront Business Park Merry Hill, Dudley West Midlands, DY5 1LX United Kingdom Telephone: +44 (0) 1384 842 211 Facsimile: +44 (0) 1384 843 355
MTC600-48RR16S9J 600 W, -48 Vin, Redundant I/P, Redundant O/P, 16 channel, SW 9 HP MTC600-ACNR16S1J 600 W, AC-in, Non-Redundant I/P, Redundant O/P, 16 channel, SW 12 HP
Asia (HK)
16th - 17th Floors, Lu Plaza 2 Wing Yip Street, Kwun Tong Kowloon, Hong Kong Telephone: +852 2176 3333 Facsimile: +852 2176 3888
For global contact, visit:
www.astecpower.com www.artesyn.com technicalsupport@astec.com technicalsupport@artesyn.com
While every precaution has been taken to ensure accuracy and completeness in this literature, Emerson Network Power assumes no responsibility, and disclaims all liability for damages resulting from use of this information or for any errors or omissions. Printed in U.S.A. Issue SF3
Emerson Network Power. The global leader in enabling business-critical continuity. AC Power Connectivity DC Power Embedded Power Inbound Power Integrated Cabinet Solutions Outside Plant Precision Cooling Site Monitoring and Services EmersonNetworkPower. com
This is a Preliminary Datasheet. Emerson Network Power reserves the right to make changes to the information contained herein without notice and assumes no liability as a result of its use or application.
Emerson Network Power and the Emerson Network Power logo are trademarks and service marks of Emerson Electric Co. (c)2006 Emerson Electric Co.

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