RPS Ordering Guide for. H3C Low-End Series Ethernet Switches (V1.03)

Transcription

1 RPS Ordering Guide for H3C Low-End Series Ethernet Switches (V1.03) RPS Overview Brief Introduction Hangzhou H3C Technologies Co., Ltd. (hereafter referred to as H3C) offers four models of redundant power system (RPS) units as external DC power supply systems for multiple Ethernet switch models. These RPS models are RPS500-A3, RPS800-A, RPS1000-A3, and RPS1600-A. The RPS500-A3 and RPS800-A are single-input and single-output RPS units, and the RPS1000-A3 and RPS1600-A, adopting 1+1 redundancy, provide two power module slots. The RPS1000-A3 and RPS1600-A come with one power module by default, and you can use two power modules as needed to enhance the power supply capability of the RPS. The power module models of the RPS1000-A3 and RPS1600-A are FLATPACK1500 and AD162M56-1M1, respectively. Table 1 lists the technical specifications of the RPS models. Table 1 Technical specifications of the RPS models RPS model Input voltage range Number of output interfaces Output voltage/output current Maximum power output RPS500-A3 100 VAC to 240 VAC 1 Available outputs: 50 V/7.5 A +12 V/10.5 A 50 V output only: 375 W +12 V output only: 125 W 50 V and +12 V outputs concurrently: 500 W RPS800-A 100 VAC to 240 VAC 1 Available outputs: 54 V/12 A +12 V/17.25 A 54 V output only: 650 W +12 V output only: 210 W 54 V and +12 V outputs concurrently: 650 W RPS1000-A3 RPS1600-A For each power module: 100 VAC to 240 VAC 2 54 V/25 A 6 54 V/8 A 2 55 V/25 A 6 55 V/8 A Maximum power output when all the eight outputs are working: With two power modules: 2900 W With one power module: 1450 W Maximum power output when all the eight outputs are working: With two power modules: 3200 W With one power module: 1600 W 1

2 The RPS500-A3 and RPS 800-A can provide selective DC power supply to the powered device (PD) depending on the connected DC output cable(s). Currently, when working as an external power supply system for low-end Ethernet switches, RPS500-A3 or RPS800-A does not use concurrent 50 V/ 54 V and +12 V outputs. The RPS1000-A3 and RPS1600-A can feed multiple devices at the same time. The number of PDs that the RPS unit can support is determined by the power consumption of the PDs and the maximum output power of the RPS unit. The total power consumption contributed by all the PDs must not exceed the maximum output power of the RPS. For more information about the output distribution of the RPS1000-A3 and RPS1600-A, see RPS1000-A3 User Manual and RPS1600-A User Manual. RPS Working Mechanism An RPS unit can serve as a redundant backup power supply unit for switches: If using the same AC power source with a PD, when the internal power supply system of the PD fails, the RPS unit can automatically provide DC supply to the PD, thus ensuring uninterrupted operation of the PD. If using a different AC power source from a PD, when the AC power source to the PD fails, the RPS unit can automatically provide DC supply to the PD, thus ensuring uninterrupted operation of the PD. In addition, the RPS1000-A3 and RPS1600-A can provide heavy-duty PoE supply to Ethernet switches. RPS power supplies of different models work differently. More specifically: The RPS1000-A3/RPS1600-A supports hot backup of power supply. When the power supply systems of the PDs operate normally, the RPS1000-A3/RPS1600-A also provides part of the power feed to the device. When the power supply system of a PD fails, the RPS1000-A becomes an independent power supply system to feed that PD. The RPS500-A3/RPS800-A supports cold backup of power supply. The RPS500-A3/RPS800-A switches to the DC output state only when it detects a power supply failure of the PD. When the PD s own power supply system is functioning, the RPS unit only works in monitoring mode, without feeding power to the PD. The output of the RPS500-A3 or RPS800-A is controlled by a control pin. When the PD s own power supply system fails, a LOW signal is sent to the control pin of the RPS unit. Upon receiving this LOW signal, the RPS unit switches to the DC output state within 2 ms. For some models of PDs, the control pin of the RPS500-A3 or RPS800-A can be controlled through a special cable to support hot backup of power supply. DC Output DC Output for RPS500-A3 and RPS800-A Table 2 lists the output cables that the RPS500-A3 and RPS800-A use to feed H3C low-end series Ethernet switches. All these cables are optional accessories. 2

3 Table 2 Output cable configuration for RPS500-A3 and RPS800-A Cable type Code direction A) direction B) Length CAB-RPS-1m-3026C 0404A03C CAB-RPS Pwr-1m-H2X7 0404A033 H2*7 (4.20) H2*7 (4.20) CAB-RPS500/800-1m 1 m (3.28 ft.) CAB-Pwr-1m-PS3FP-I JD5-A H2*7 (4.20) CAB-Pwr-1m-PS3FP-II JD5 H2*7 (4.20) A connector of direction A connects to the DC input socket of the switch, and a connector of direction B connects to the DC output interface of the RPS unit. coded 0404A03C, 0404A033, and all use H2*7 connectors. coded and use an H2*7 connector for direction B, and respectively a JD5-A connector and a JD5 connector for direction A. Figure 1 depicts the appearance of H2*7 and JD5 connectors. A JD5-A connector looks like a JD5 expect that a JD5 is a little bigger. Figure 1 DC output cable connectors DC Output for RPS1000-A3/RPS1600-A The RPS1000-A3/RPS1600-A comes with three types of output cables, as listed in Table 3. The output cables of the RPS1000-A3 are required, and those of the RPS1600-A are optional. Table 3 Output cable configuration for RPS1000-A3/RPS1600-A Cable type Code direction A) direction B) Cable length Maximum output current CAB-RPS PoE-2m-JD5 JD5 JD5 2 m (6.56 ft.) 25 A CAB-RPS Non PoE-2m -JD5-A JD5-A JD5-A 2 m (6.56 ft.) 8 A 3

4 Cable type Code direction A) direction B) Cable length Maximum output current CAB-RPS Non PoE-2m -JD5 JD5-A JD5 JD5 JD5-A 2 m (6.56 ft.) 2 m (6.56 ft.) 25 A 8 A A connector of direction A connects to the DC input socket of the switch, and a connector of direction B connects to the DC output interface of the RPS unit. A JD5-A connector looks like a JD5 expect that a JD5 is a little bigger. Figure 1 depicts the appearance of H2*7 and JD5 connectors. To use the PSR750-D for the H3C S C-PWR, you also need to select the RPS1000-A3/RPS1600-A to provide DC power supply, and use the cable with code 0404A0A1, which is shipped with the PSR750-D. For relevant information, see H3C PSR750-A&PSR750-D Power Modules User Manual. Ordering Information for RPS Units and Power Ordering Information for RPS800-A Table 4 Support matrix between the RPS800-A, switch and DC power cables S3100 series S TP-EI-W 0404A03C S3600V2 series S3600V2-28TP-EI S3600V2-52TP-EI S3600V2-28F-EI S M S M-DC 0404A033 S C-EI S5100 series S C-EI S P-EI S P-EI 4

5 S C-EI S5120-EI series S P-EI S C-EI S P-EI S5120-HI series S SC-HI (uses PSR150-D) S5500-SI series S C-SI S C-SI S C-EI S C-EI S C-EI-DC S5500-HI series S C-HI (uses PSR150-D) S C-HI (uses PSR150-D) S5600 series S C S C S F S C S C S5800 series S F (uses PSR150-D) S C-PWR (uses S5810 series S S (uses S5820X series S5820X-28S (uses S5820X-28C (uses Ordering Information for RPS500-A3 The RPS500-A3 is phased out, so H3C recommends you to select the RPS800-A as a substitution. Table 5 Support matrix between the RPS500-A3, switch and DC power cables S3100 series S TP-EI-W 0404A03C 5

6 S M S M-DC 0404A033 S C-EI S5100 series S C-EI S P-EI S P-EI S C-EI S5120-EI series S P-EI S C-EI S P-EI 0404A03C S5500-SI series S C-SI S C-SI 0404A03C S C-EI S C-EI-DC S5600 series S C S C S F Ordering Information for RPS1600-A Table 6 Support matrix between the RPS1600-A, switch and DC power cables of the RPS1600-A -55V/8A outputs 60 S3600V2 series S3600V2-28TP-EI S3600V2-52TP-EI S3600V2-28F-EI

7 S5120-HI series S SC-HI (uses PSR150-D) 60 S C-EI-DC 60 Use a JD5-A connector at the RPS end, and a JD5 connector (a little bigger than the JD5-A) 60 S5500-HI series S C-HI (uses PSR150-D) S C-HI (uses PSR150-D) 60 S5800 series S F (uses PSR150-D) S C-PWR (uses S5810 series S5820X series S S (uses S5820X-28S (uses S5820X-28C (uses Use a JD5-A connector at the RPS end, and a JD5 connector (a little bigger than the JD5-A) of the RPS1600-A -55V/25A outputs S3100 series S TP-PWR-EI S3100V2 series S3100V2-26TP-PWR-EI S3100V2-16TP-PWR-EI 60 S P-PWR-EI S P-PWR-EI S P-PWR-SI S P-PWR-SI S3600V2 series S3600V2-28TP-EI S3600V2-52TP-EI S3600V2-28F-EI 60 S3600V2-28TP-PWR-SI S3600V2-52TP-PWR-SI S3600V2-28TP-PWR-EI S3600V2-52TP-PWR-EI 7

8 60 S5120-SI series S P-HPWR-SI S5120-EI series S C-PWR-EI S C-PWR-EI S5120-HI series S SC-HI (uses PSR150-D) 60 S5500-SI series S C-PWR-SI S C-PWR-SI S C-PWR-EI S C-PWR-EI S C-EI-DC S5500-HI series S C-HI (uses PSR150-D) S C-HI (uses PSR150-D) 60 S5600 series S C S C S F 60 S C-PWR S C-PWR S5800 series S C-PWR S C-PWR S F (uses PSR150-D) 60 8

9 S C-PWR (uses S C-PWR (uses PSR750-D, and RPS1600-A that requires full configuration, that is, two AD162M56-1M1 power modules) A0A1 S5810 series S S (uses 60 S5820X series S5820X-28S (uses S5820X-28C (uses 60 Ordering Information for RPS1000-A3 The RPS1000-A3 is phased out, so H3C recommends you to select the RPS1600-A as a substitution. Table 7 Support matrix between the RPS1000-A3, switch and DC power cables of the RPS1000-A3-54V/8A outputs S C-EI S5100 series S C-EI S P-EI S P-EI 60 S C-EI-DC 60 Use a JD5-A connector at the RPS end, and a JD5 connector (a little bigger than the JD5-A) 60 9

10 S5800 series S F (uses PSR150-D) S C-PWR (uses S5810 series S5820X series S S (uses S5820X-28S (uses S5820X-28C (uses Use a JD5-A connector at the RPS end, and a JD5 connector (a little bigger than the JD5-A) of the RPS1000-A3-54V/25A outputs S3100 series S TP-PWR-EI 60 S P-PWR-EI S P-PWR-EI S P-PWR-SI S P-PWR-SI 60 S5100 series S C-EI S C-EI S P-EI S P-EI 60 S C-PWR-EI S C-PWR-EI S5120-SI series S P-HPWR-SI S5120-EI series S C-PWR-EI S C-PWR-EI S5500-SI series S C-PWR-SI S C-PWR-SI 10

11 S C-PWR-EI S C-PWR-EI S C-EI-DC S5600 series S C S C S F 60 S C-PWR S C-PWR S C-PWR S C-PWR S5800 series S F (uses PSR150-D) 60 S C-PWR (uses 60 S C-PWR (uses PSR750-D, and RPS1000-A3 that requires full configuration, that is, two AD162M56-1M1 power modules) A0A1 S5810 series S S (uses 60 S5820X series S5820X-28S (uses S5820X-28C (uses 60 The models of H3C low-end Ethernet switches supported by the RPS units are subject to changes without prior notice. For the up-to-date information, consult H3C marketing or technical support staff. Copyright Hangzhou H3C Technologies Co., Ltd. All rights reserved. No part of this manual may be reproduced or transmitted in any form or by any means without prior written consent of Hangzhou H3C Technologies Co., Ltd. The information in this document is subject to change without notice. 11