Cable / Cable Entry
Your PDU comes equipped with the correct connector and a connection cable at the proper length. Moreover, the cable connection is provided at exactly the location you need it. The ultra-flexible cable is specially manufactured for Schleifenbauer and meets LSZH specification. Its oversized diameter results in a lower build-up of heat and lower energy consumption. In addition to a standard connection via a connector, there is also the option of using a terminal connection.
Specifications:
Cable
- Length is adjustable
- Choice of connector
- Connector IEC320 C14 & C20 can be supplied with an optional lock
- Low Smoke Zero Halogen (LSZH)
- Oversized diameter
- Optional terminal connection
Cable Connection
- Choose the location of the cable entry:
- Top
- Base
- Front
- Rear
Connectors:
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Options
- CEE 7/7 (Schuko/UTE)
- IEC320 C14
- IEC320 C20
- IEC60309 1 phase
- IEC60309 3 phase
- BS 1363
- GST 3/18
- T13
- T23
- Cable connection
- Terminal connection
Connections:
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Fuses
A data centre without the highest possible security is unthinkable nowadays. In certain situations the use of fuses is even required by law. In YourPDU® you apply fuses depending on your requirements and infrastructure. This guarantees continuity and reduces the risk of power outages.
Specifications:
Fuses
- Free choice of type of fuse, among others:
- Miniature Circuit Breaker (MCB)
- Thermal breaker
- Fuse holder (glass/ceramic/cartridges)
Want to read more about fuses?
We have extensive information, including a white paper, on the application of fuses in combination with our rack PDUs.
Options
- Fuse holder (glass/ceramic cartridges)
- Thermal breaker
- MCB
Surge protection
Protect your availability and the TIER classification of your data centre with overvoltage protection. Schleifenbauer uses the highest quality level of surge protection (type 3) by integrating the SPD module into the rack PDU. In short, as close as possible to the connected critical end devices, for the highest level of protection.
Specifications:
Surge Protection
- Protects PDUs against overvoltage
- Reduces the risk of loss of availability
- Hot swappable replacable
- Replaceable by data centre engineer
More information about surge protection?
We have extensive information, including a white paper, about applying surge protection in your data centre and in combination with our rack PDUs
- Surge protection (DEHN)
Housing
Your PDU’s housing is made entirely out of aluminium, due to its excellent thermal properties and low weight. You can determine the length and orientation (horizontal or vertical) yourself. Our aluminium housing can be supplied in various colours and is provided with custom engraving.
Specifications:
- Material:
1.5mm anodised aluminium - Dimensions:
- Length: adjustable
- Width: 65mm
- Depth: 52.6mm
- Adjustable orientation
- Colours:
- Black
- Green
- Orange
- Blue
- Red
- Yellow
- Custom engraving
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Options
- Black*
- Green*
- Orange*
- Blue*
- Red*
- Yellow*
- Custom engraving
* The colours shown are for illustration purposes. Actual colours may vary.
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Outputs
Your PDU can be fitted with various (types of) outputs. You can configure both the number and type of outputs yourself. For example, IEC C13, IEC C19 and CEE 7/3 (Schuko). You can also specify the order in which you want the outputs to be arranged. IEC C13 and IEC C19 connectors come with an optional lock.
Specifications:
Various types of outputs:
- IEC320 C13
- IEC320 C13 IEC-lock
- IEC320 C19
- IEC320 C19 IEC-lock
- CEE 7/3 (Schuko)
- CEE 7/5 (UTE)
- IEC60309 1 phase (IP44/IP67)
- IEC60309 3 phase (IP44/IP67)
- BS 1363
- GST 18/3
- T13
- T23
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Options
- IEC320 C13
- IEC320 C13 IEC-lock
- IEC320 C19
- IEC320 C19 IEC-lock
- CEE 7/3 (Schuko)
- CEE 7/5 (UTE)
- IEC60309 1 phase
- IEC60309 3 phase
- BS 1363
- GST 18/3
- T13
- T23
Mounting
Specialised expertise is required in order to correctly install a PDU in a server rack. Schleifenbauer has the in-house know-how and offers mounting options for any type of server cabinet, regardless of the type or manufacturer. This includes the use of mounting brackets or even “toolless” mounting. What is your ideal mounting solution? If a standard mounting solution is not available, we can provide you with a customised alternative!
Specifications:
- Not dependent on server rack manufacturer
- Not dependent on type of server rack
- Toolless mounting option
- Customised mounting option
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Options
- Horizontal 19 inches
- Toolless mount
- Table mount
- Recessed
- Profile clamps
Residual Current Monitoring
The residual current monitoring meter developed by Schleifenbauer enables you to easily localise leakage flows at the circuit level. Residual current monitoring can be used in a number of European countries to meet statutory safety requirements.
Specificaties:
- Class B measurement
(measurement of AC en DC components) - Auto-test
- Single-phase and three-phase application
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- Schematic diagram of residual current monitoring.
- Residual Current Sensor
Measurement
ou can provide your PDU with measurement (intelligence), this can be arranged at different levels: per phase, per group or per outlet (and can possibly be combined with switching). Metering in your PDU provides you with insight into consumption, which can be necessary for monitoring the infrastructure, passing on consumption to customers (in the event of co-location) and balancing consumption on an A/B feed (so that redundancy remains guaranteed in the event of a power failure).
Depending on the use, these measurements can be applied at 3 levels:
- Per phase (input metering)
- Per group (branch metering)
- Per outlet (outlet metering)
For more detailed information about metering, click here hier
Specifications:
Input metering (meting per phase)
Measurements are performed at phase level.
Branch metering (meting per group)
Branch metering is usually applied to 32A PDUs that are fused in groups of 16A. With this, insight is gained at branch level and at phase level.
Outlet metering (meting per outlet)
Each outlet is measured separately, so that the consumption for each connected device is clear. This provides the most detailed insight into the PDU's consumption.
Monitor and manage your PDU remotely
The data can be read out via the display on the PDU, remotely via our web interface or within your own DCIM platform.
Via the Schleifenbauer Webinterface
The Webinter interface is the online environment for monitoring and managing your Schleifenbauer PDUs. Our Webinter interface is intuitive, all information is clearly displayed and settings are easy to change.
Via your own familiar DCIM platform and dashboard
With open standards, your PDU data is integrated in your own environment. Communication via various protocols such as SNMP (v1, v2c and v3), Modbus and API. Our applications are realised in well-known DCIM platforms such as Schneider InfraStruxure Manager, Sunbird DCIM and iTRACS®.
Click here for more information about monitoring hier
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- Schleifenbauer Webinterface
display
If you choose remote measurement, the LCD display with LED backlight will provide you with all of the most important information such as measurement status and configuration. The information can be displayed horizontally or vertically, depending on your configuration. If a threshold value you have set is exceeded, this will be indicated on the display with an alert signal.
Specifications:
- LCD-backlight
- Horizontal/vertical display
LCD display
Outputs (data)
The intelligence of YourPDU does not need to be limited to taking overall measurements. You can also choose to measure or activate/deactivate the outputs individually. Combining these options is also possible.
Specifications:
- Energy measurement
- Total PDU
- Groups
- Individual outputs
- Individual outputs can be switched remotely; bi-stable relays are used for this.
Sensors
Your PDU can be fitted with optional external sensors. Schleifenbauer supplies a combined sensor for temperature/humidity. It is also possible to add additional sensors, such as a water leak sensor based on binary input for potential-free contact.
Specifications:
- Temperature measurement
- Humidity measurement
- Dry switch contact
(based on binary input for potential-free contact)
temperature/humidity sensor