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Optima 820 Series

2  Installation

2.1  Installation Notes

The following guidance must be followed for proper installation of the product.

1. 

Mounting: This product is designed for mounting in an EIA-310 compliant 19” rack. The user is responsible for 

ensuring the mounting method provides adequate structural support for the product, and any attached cables. The 

user is also responsible for ensuring the mounting location provides adequate ventilation to dissipate heat generated 

during operation of the product. Ensure the product is securely mounted before applying power.

2. 

Chassis ground: The rear of the chassis includes a redundant chassis ground screw and ground wire. If desired for your 

installation location, connect the chassis ground wire to the rack cabinet using an appropriate fastener.

3. 

Optionally, connect the appropriate cables between the PDU outlets and the equipment being powered by the PDU. 

This may be done later according to the startup procedures suitable to the end-user’s equipment and application.

4. 

If applicable, connect the cabling between the PDU and remote EPO control panel.

5. 

PDU Main Breaker: Ensure the Main Breaker on the front of the PDU is in the off position before connecting the PDU’s 

inlet cable to the facility power source. (It is best to switch all breakers to the off position.)

6. 

Facility Power Source: The single-phase facility power source for this product must include an overcurrent protective 

device capacity as defined in the table below:

Main Inlet

Continuous Current 
Rating

Mains Protection 
Required

NEMA 5-15P

12 A

15 A

NEMA 5-20P

16 A

20 A

NEMA L5-20P

16 A

20 A

NEMA L6-20P

16 A

20 A

IEC C20

16 A

20 A

NEMA L5-30P

24 A

30 A

NEMA L6-30P

24 A

30 A

Some Optima 820 units can be heavy. The flange mounting ears are designed to hold the PDU 

securely against the rack mounting rails, but are NOT designed to support the weight of the PDU 

vertically. The end user is responsible for ensuring the PDU’s weight is properly supported by the 

rack’s infrastructure (which may involve adding support rails).

Summary of Contents for MPD 820001

Page 1: ...Optima 820 Series Power Distribution Units Operating Guide and Reference Apr 2021 P N 501053 000 Rev A ...

Page 2: ...rtup 7 3 1 1 Startup Without Configuring the Software 7 3 1 2 Startup to Configure the Software 8 3 2 Ethernet and Serial Control 8 3 3 Breaker Controls 8 3 3 1 Main Breaker 8 3 3 2 Branches 8 3 3 3 Controls Breaker 10 3 4 Remote Switching EPO Option 10 3 4 1 Remote Mode Switch 10 3 4 2 Remote Bus Connector 11 3 5 Digital Power Meter Option 12 3 6 EMI Filter Option 12 4 Reference 13 5 Specificatio...

Page 3: ...gnal cabling Do not open this product as it contains no user serviceable parts inside All service concerns should be directed to Marway Power Solutions If this product is used in a manner which does not comply with this instruction manual the protection provided by the equipment may be impaired All work on connections must be carried out under zero voltage output disconnect and may only be perform...

Page 4: ...ontrols Reference located on our website at http www marway com docs 1 4 Product Models Ratings Models are primarily organized by what type of power inlet they have Then by the outlet configurations All models have one unswitched utility outlet on the front panel and eight software switched outlets on the rear panel Marway s Standard Products Catalog includes more detailed tables with exact model ...

Page 5: ...for Outlets 5 8 24 A unit total 30 A max Group 8 MPD 820008 and MPD 820108 NEMA L6 30P 200 240 Vac 50 60 Hz 24 A continuous 30 A maximum IEC C13 10 A per outlet 10 A max 12 A total for Outlets 1 4 12 A total for Outlets 5 8 24 A unit total 30 A max A complete part number follows the format of 820NNN RRR DDD where NNN is part of the base part number from the list of models RRR defines the RCM capab...

Page 6: ... be done later according to the startup procedures suitable to the end user s equipment and application 4 If applicable connect the cabling between the PDU and remote EPO control panel 5 PDU Main Breaker Ensure the Main Breaker on the front of the PDU is in the off position before connecting the PDU s inlet cable to the facility power source It is best to switch all breakers to the off position 6 ...

Page 7: ...Configuring the Software It is assumed the PDU is not plugged into the facility power source 1 Switch the breaker on the PDU control panel to the off position 2 If the unit is equipped with the UCP Control Mode switch whether there is a remote EPO panel connected to the unit or not toggle the switch to the up position labeled EPO Only The label has changed over the years but the up position always...

Page 8: ...ntrol The document Optima RCM User Guide Software and Basic Controls Reference located on our website at http www marway com docs is the complete resource for how to setup configure and operate the Optima RCM software over serial Telnet SSH HTTP SNMP and RESTful API The Ethernet connection supports 10 100 Base T IPv4 DHCP and manual addressing It is recommended to use a manual address or DHCP in c...

Page 9: ...tlets 5 8 Branch 2 Enable Disable Return J 8 J 10 J 1 Controls Breaker J 9 PRESS RESET Ethernet Serial Aux 1 Aux 2 Ethernet Serial Aux 1 Aux 2 Values Devices Menu Optima RCM Main Power OFF ON EPO Only Outlets Off Normal UCP Control Mode Branch 1 For Group 6 units with 5 15R outlets each breaker branch is rated for 12 15 A Any one outlet can carry a continuous load up to 12 Amps with no draw on oth...

Page 10: ...pective of having a remote control panel connected to the system When there is a remote panel connected to the PDU Normal down position is the normal operating mode Outlets 1 8 are subject to the remote panel On Off EPO controls and of course the internal software controlled relays Outlets Off center position causes an internal contactor to disengage power from outlets 1 8 Outlet 9 is not affected...

Page 11: ...o be operated by a single remote panel Enable Disable Return J 8 J 10 J 1 Enable Disable Return J 8 J 10 J 1 Enable Disable Return J 8 J 10 J 1 Enable Disable Return Enable Return Outlet Control Bus J1 J2 J4 J5 J3 Remote EPO Input Outlet Control Bus Aux 2 Marway Commander UCP 5000 Remote EPO 3 4 2 1 Remote Bus Connector Wiring The 3 pin connector uses two low voltage signals as follows Shorting th...

Page 12: ... 9 outlets plus the internal control system It will update approximately every 3 seconds The keypad can be used to navigate through power values for volts amps watts voltamps voltamps reactive power factor and Hertz For complete display and keypad details refer to the document Optima RCM User Guide Software and Basic Controls Reference located on our website at http www marway com docs Obtain that...

Page 13: ...cuit breaker for internal control circuitry 7 Ethernet RS 232 serial console and auxilary connections All are RJ 45 Auxilary connectors are for Marway Temperature Humidity sensors 8 Mounting brackets May be mounted in one of three locations to yield a flush recessed or rear facing position of the chassis relative to the rack s mounting flanges May also be removed for table top operation or adaptat...

Page 14: ...models are wired with both line and neutral passing through the circuit breaker 16 20 A models are wired with both line and neutral passing through the circuit breaker 24 30 A models in Groups 6 and 8 use a 15 A breaker with the main line branched to each pole of the breaker creating two 15 A sub circuits 24 30 A models in Group 7 use a 20 A breaker with the main line branched to each pole of the ...

Page 15: ...DC are trademarks of Marway Power Systems Inc All other trademarks are the property of their respective owners Global Support Contacts Web www marway com Email support marway com sales marway com Phone 800 462 7929 7am 5pm PST There may be updates to this documentation at http www marway com docs Marway Power Solutions 1721 S Grand Ave Santa Ana CA 92705 800 462 7929 marway marway com ...

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