Vibro-meter VM600 RLC16｜Imported servo｜

• This version has an AC socket and a DC screw-terminal connector, intended for the connection of two independent mains supplies. These are wired separately to the VM600Mk2/VM600 rack backplane’s AC and DC inputs, respectively.This allows the rack to continue operating if one of the mains supplies becomes defective. The wiring assembly for the rear panel includes the additional cabling ( ) only when both RPS6U rack power supplies (PS1 and PS2) are AC-input versions operating with DC inputs (which requires a rear panel with a DC input).Notes Associated rear panels with an AC input – (e), (f), (g), (h), (i), (j), (k), (l) and (m) – are designed for operation with the AC-input version of the RPS6U rack power supply (RPS6U AC). As there is only one possible AC-input (115/230 VAC), the AC input label on the rear panel is always the following: INPUT 50/60 Hz 115 VAC 8 A max or 230 VDC 5 A max Associated rear panels with a DC input – (a), (b), (c), (d) and (m) – are designed for operation with DC-input versions of the RPS6U rack power supply (RPS6U 24 DC and RPS6U 110 DC).Rear panels with a DC input can also operate with the AC-input version of the RPS6U rack power supply (RPS6U AC) when it is used with a 178 to 264 VDC input. As there are three possible DC-inputs (24 VDC, 110 VDC or 178 to 264 VDC), the DC input label on the rear panel can be one of the following: INPUT 24 VDC 24 A max or INPUT 110 VDC 5 A max or INPUT 178..264 VDC 3 A max Accordingly, when ordering a rear panel with a DC input – (a), (b), (c), (d) or (m) – it is necessary to specify the voltage/version of the associated RPS6U rack power supply or supplies (24 VDC (RPS6U 24 DC), 110 VDC (RPS6U 110 DC) and/ or 178 to 264 VDC (RPS6U AC)) in order that a version of the rear panel with the correct DC input label is supplied.
  1. “h” represents the hardware version. “h” increments are for minor modifications with no effect on product interchangeability.
  2. In 2021, VM600Mk2 (second-generation) machinery monitoring systems were launched with improved modules, notably the MPC4Mk2 + IOC4Mk2, RLC16Mk2 and CPUMMk2 + IOCNMk2. VM600Mk2 systems use the same system infrastructure as first-generation VM600 systems, that is, VM600Mk2 is backward compatible with existing VM600 (VM600Mk1) racks and power supplies. However, VM600Mk2 versions of the ABE040 system rack (PNR 200-040-100-016) and RPS6U rack power supplies (PNRs 200-582-200-12h, 200-582-500-12h and 200-582-600-12h) are also available. In general, the VM600Mk2 versions are the same as the latest VM600 versions, except for VM600Mk2 specific artwork/branding/finish. More specifically, the front panels of RPS6U rack power supplies are bare aluminium for the VM600Mk2 versions (PNRs 200-582-200-12h, 200-582-500-12h and 200-582-600-12h) and painted for the VM600 versions (PNRs 200-582-200-02h, 200-582-500-02h and 200-582-600-02h).
  3. The AC-input version of the RPS6U rack power supply can also operate with a 178 to 264 VDC input when used with an appropriate rear panel with a DC input: 200-582-920-NHh, 200-582-993-NHh, 200-582-922-NHh, 200-582-990-NHh or 200-582-970-NHh. VM600Mk2/VM600 system considerations – rack power supplies and modules (cards) The maximum number of modules (cards) that can be installed in a VM600Mk2/VM600 ABE04x system rack depends on the following RPS6U power supply considerations: • Number of RPS6U power supplies installed in the rack: one or two. • Power capability of the RPS6U power supplies installed in the rack: 330 or 300 W. • With two RPS6U power supplies installed in the rack, the mode of operation of the RPS6U supplies: redundant or non-redundant. • The operating temperature of the environment where the VM600Mk2/VM600 rack is installed: RPS6U power supplies require either output power derating and/or forced-air cooling for operating temperatures of 50°C (122°F) or higher. The maximum number of modules (cards) that can be installed in a VM600Mk2/VM600 ABE04x system rack also depends on individual VM600Mk2/VM600 module (card) considerations, for example, the configuration of sensor power supplies and DC outputs for MPC4Mk2 + IOC4Mk2 or MPC4/IOC4T. In general, a VM600Mk2/VM600 ABE04x system rack can have either one or two RPS6U power supplies installed, as follows: • One RPS6U (330 W) operating non-redundantly (that is, without rack power supply redundancy) in order to support a full rack of modules (cards), for operating temperatures up to 50°C (122°F). • Two RPS6Us (330 W) operating redundantly (that is, with rack power supply redundancy) in order to support a full rack of modules (cards), for operating temperatures up to 50°C (122°F). Note: When two RPS6U rack power supplies operate redundantly to supply power to the modules (cards) in a VM600Mk2/VM600 rack, the maximum current available for use is limited to the current available from a single RPS6U power supply. • Two RPS6Us (330 W) operating non-redundantly (that is, without rack power supply redundancy) in order to support any combination of modules (cards) under all circumstances, notably operating temperatures up to 70°C (158°F). Note: When two RPS6U rack power supplies operate non-redundantly to supply power to the modules (cards) in a VM600Mk2/ VM600 ABE04x system rack, the maximum current available for use is limited to approximately 125% (× 1.25) the current available from a single RPS6U because of the way in which the power supplies share the load. The current load is shared between the two RPS6U power supplies with a maximum ratio of 20 to 80%.