Re laying and Establishing of LAN Network in Honble High Court at Nainital Uttarkhand

Amount

S.I.T.C of 24 Port / 48 Ports Core Switch

(A) General Features :- (a) Switch should be 1U and rack mountable in standard 19" rack. (b) Switch should support internal hot-swappable Redundant Power supply from day 1. (c) Switch should have redundant hot swappable fans. (d) Switch should have minimum 8 GB RAM and 8 GB Flash. (e) Switch should support physical stacking/VSS. (B)Performance:- (a) Switch shall have minimum 208 Gbps of switching fabric and 154 Mpps of forwarding rate. (b) Switch shall have minimum 64K MAC Addresses and 1000 active VLAN. (c) Should support minimum 100K IPv4 routes or more and 50K IPv6 routes or more. (d) Switch shall have 16K or more multicast routes. (e) Switch should support atleast 64K flow entries or should support Sflow. (f) Switch should support 128 or more STP/VSTP Instances. (g) Switch should have 16MB or more packet buffer. (C)Functionality :- (a) Switch should support IEEE Standards of Ethernet: IEEE 802.1D, 802.1s, 802.1w, 802.1x, 802.3ad, 802.3x, 802.1p, 802.1Q, 802.3, 802.3u, 802.3ab, 802.3z & 1588v2/NTP. (b) Switch must have functionality like static routing, RIP, PIM, OSPF, VRRP, PBR and QoS features from Day1. (c) Should have advance Layer 3 protocol like BGPv4, BGPv6 , MPLS, VRF, VXLAN, ISEISv4, OSPFv3, MPEBGP from day 1. (d) Switch shall have 802.1p class of service, marking, classification, policing and shaping and eight egress queues. (e) Switch should support management features like SSHv2, SNMPv2c, SNMPv3, NTP, RADIUS and TACACS+ . (f) Switch should support source guard, neighbour discovery inspection. (g) Switch should support 802.1x authentication and accounting, IPv4 and IPv6 ACLs and Dynamic VLAN assignment. (i) During system boots, the system’s software signatures should be checked for integrity. System should capable to understand that system OS are authentic and unmodified, it should have cryptographically signed images to provide assurance that the firmware & BIOS are authentic or should support secure boot. (D) Interface:- (a) Switch shall have 48 nos. 1/10G SFP ports and additional minimum 4 nos. 40G QSFP uplinks ports. (E) Certification:- (a) Switch shall conform to UL 60950 or IEC 60950 or CSA 60950 or EN 60950 Standards for Safety requirements of Information Technology Equipment. (b) Switch shall conform to EN 55022 Class A/B or CISPR22 Class A/B or CE Class A/B or FCC Class A/B Standards for EMC (Electro Magnetic Compatibility) requirements. (c) Switch / Switch’s Operating System should be tested for EAL 2/NDPP or above under Common Criteria Certification. (d) OEM should be listed in Gartner Leader Quadrant for Wired and Wireless LAN Infrastructure from last 3 years before releasing this RFP.

S.I.T.C of Access Switch- 48 Port

(A) General Features :- (a) Switch should be 1U and rack mountable in standard 19" rack. (b) Switch should support internal hot-swappable Redundant Power supply from day 1. (c) Switch should have redundant hot swappable fans. (d) Switch should have minimum 8 GB RAM and 8 GB Flash. (e) Switch should have dedicated slot for modular stacking in addition to Asked uplink ports. Should support for minimum 200 Gbps of stacking. (B)Performance:- (a) Switch shall have minimum 208 Gbps of switching fabric and 154 Mpps of forwarding rate. (b) Switch shall have minimum 64K MAC Addresses and 1000 active VLAN. (c) Should support minimum 100K IPv4 routes or more and 50K IPv6 routes or more. (d) Switch shall have 16K or more multicast routes. (e) Switch should support atleast 64K flow entries or should support Sflow. (f) Switch should support 128 or more STP/VSTP Instances. (g) Switch should have 16MB or more packet buffer. (C)Functionality :- (a) Switch should support IEEE Standards of Ethernet: IEEE 802.1D, 802.1s, 802.1w, 802.1x, 802.3ad, 802.3x, 802.1p, 802.1Q, 802.3, 802.3u, 802.3ab, 802.3z & 1588v2/NTP. (b) Switch must have functionality like static routing, RIP, PIM, OSPF, VRRP, PBR and QoS features from Day1. (c) Should have advance Layer 3 protocol like BGPv4, BGPv6 , MPLS, VRF, VXLAN, IS-ISv4, OSPFv3, MP-BGP from day 1. (d) Switch shall have 802.1p class of service, marking, classification, policing and shaping and eight egress queues. (e) Switch should support management features like SSHv2, SNMPv2c, SNMPv3, NTP, RADIUS and TACACS+ . (f) Switch should support source guard, neighbour discovery inspection. (g) Switch should support 802.1x authentication and accounting, IPv4 and IPv6 ACLs and Dynamic VLAN assignment. (i) During system boots, the system’s software signatures should be checked for integrity. System should capable to understand that system OS are authentic and unmodified, it should have cryptographically signed images to provide assurance that the firmware & BIOS are authentic or should support secure boot. (D) Interface:- (a) Switch shall have 48 nos. 1/10G SFP ports and additional minimum 4 nos. 40G QSFP uplinks ports. (E) Certification:- (a) Switch shall conform to UL 60950 or IEC 60950 or CSA 60950 or EN 60950 Standards for Safety requirements of Information Technology Equipment. (b) Switch shall conform to EN 55022 Class A/B or CISPR22 Class A/B or CE Class A/B or FCC Class A/B Standards for EMC (Electro Magnetic Compatibility) requirements. (c) Switch / Switch’s Operating System should be tested for EAL 2/NDPP or above under Common Criteria Certification. (d) OEM should be listed in Gartner Leader Quadrant for Wired and Wireless LAN Infrastructure from last 3 years before releasing this RFP.

S.I.T.C of Access Switch- 24 Port

(A) General Features :- (a) Switch should be 1U and rack mountable in standard 19" rack. (b) Switch should have minimum 2 GB RAM and 2 GB Flash. (c) Switch should have dedicated slot for modular stacking, in addition to asked uplink ports. Should support for minimum 80 Gbps of stacking throughput with 8 switch in single stack. (B) Performance :- (a) Switch shall have minimum 56 Gbps of switching fabric and 41 Mpps of forwarding rate. (b) Switch shall have minimum 32K MAC Addresses and 1000 active VLAN. (c) Should support minimum 11K IPv4 routes or more. (d) Switch shall have 1K or more multicast routes. (e) Switch should support atleast 16K flow or Sflow entries. (f) Switch should support 128 or more STP/VSTP Instances. (g) Switch should have 4MB or more packet buffer. (C) Functionality :- (a) Switch should support IEEE Standards of Ethernet: IEEE 802.1D, 802.1s, 802.1w, 802.1x, 802.3ad, 802.3x, 802.1p, 802.1Q, 802.3, 802.3u, 802.3ab, 802.3z. (b) Switch support functionality like static routing, RIP, REP PIM, OSPF, VRRP, PBR and QoS features from Day1. (c) Switch should support network segmentation that overcomes the limitation of segmentation using VLANs using VXLAN/VLAN and VRFs. (d) Switch shall have 802.1p class of service, marking, classification, policing and shaping and eight egress queues. (e) Switch should support management features like SSHv2, SNMPv2c, SNMPv3, NTP, RADIUS and TACACS+. (f) Switch should support IPv6 snooping/DHCPv6 Snooping, IPv6 RA Guard, IPv6 DHCP Guard/IPv6 Neighbor Discovery Inspection and IPv6 Source Guard. (g) Switch should support 802.1x authentication and accounting, IPv4 and IPv6 ACLs and Dynamic VLAN assignment and MACSecE128 on hardware for all ports. (h) Switch must have the capabilities to enable automatic configuration of switch ports as devices connect to the switch for the device type or should support LLDP/LLDPMed. (D)Interface:- (a) Switch shall have 24 nos. 10/100/1000 Base-T ports . Additional 4 nos. 1/10G SFP+Uplinks ports. (b) All 24 port should support PoE (802.3af) and PoE+ (802.3at) with a PoE power budget of 370 W. (E) Certification:- (a) Switch shall conform to UL 60950 or IEC 60950 or CSA 60950 or EN 60950 Standards for Safety requirements of Information Technology Equipment. (b) Switch shall conform to EN 55022 Class A/B or CISPR22 Class A/B or CE Class A/B or FCC Class A/B Standards for EMC (Electro Magnetic Compatibility) requirements. (c) Switch / Switch’s Operating System should be tested for EAL 2/NDPP or above under Common Criteria Certification. (d) OEM should be listed in Gartner Leader Quadrant for Wired and Wireless LAN Infrastructure fromlast 3 years before releasing this RFP.

S.I.T.C of Modules, single mode

(a) Up-to 10Km. Over SMF @ 10Gbps (b) 1310nm Duplex SFP+Trans receiver. (c) 0C - 60C operating case Temperature. (d) Hot-swappable for SFP LC Ports. (e) SFP MSA/IEEE std 802.3. (f) RoHS Compliant. (g) Should be of same make of supplied switches.

S.I.T.C of NMS (Network Management Server)

NMS should support following configuration features: :- (a) Access Control List Management. (b) Controller Interfaces Management. (c) EtherChannel Management. (d) Interface Management. (B) NMS Should support following inventory features:- (a) Flash Information. (b) IP Table. (c) Image Information. (d) Interface details. (e) Memory Pool Information. (f) Physical Inventory. (g) Power Supply and Fan Status. (C) Inventory:- (a)Spanning Tree Protocol. (b) VLAN Information. (D) Performance Monitoring:- (a) Device Availability. (b) QoS. (c) CPU. (e) Interface. (f) Interface Availability. (g) Memory. (E) Topology (a) CDP Neighbor Discovery. (b) LLDP Neighbor Discovery. (c) Should be able to monitor via SNMP and can collect statistics as well as receive SNMP traps in order to present real time network status data to the operator. (d) Should be able to monitor via SNMP and can collect statistics as well as receive SNMP traps in order to present real time network status data to the operator. (e) Able to monitor via SNMP and can collect statistics as well as receive SNMP traps in order to present real time network status data to the operator. (f) Trap alarms and present statistics regarding elements of the network. (g) Provide a provisioning interface for network administrators to use to ease the tedious tasks of programming network devices. (h) Monitoring of events, as well as realEtime analysis of the security and health of the network. (i) Centralized Fault Detection and Notification. (j) Centralized Resource Management. (k) Provide topology status indications. (l) Configure, monitor and manage VLANs and VLAN trunking. (m) Provide Network Response and availability information. (n) Management of ACL. (o) Support for SNMP v3. (p) QoS management and configuration. (q) Shall include an auto backup feature. (r) Device reachability status polling. (s) Ability to load new MIBs & to create new monitoring templates. (t) Auto Discovery for a third-party device. (u) Receive SNMP Traps. (v) Receive syslog messages from the device if the device supports RFCE1213EMIB. (w) Basic Inventory Collection.

UTP, CAT 6

(a)Supplying and drawing of UTP 4 pair CAT 6 LAN Cable in the existing surface/ recessed Steel/ PVC conduit as required. (1 run)

Fully Loaded Patch Panel, 24 Port

(a) Patch Panel should be made of cold rolled steel. (b) Should be conform to TIA / EIA 568EC.2 component compliant. (c) All information outlets for 100Ω, 22E24 AWG copper. (d) I/O should be supplied with cap or shutter to avoid dust. (e) Patch panel should terminate 24 UTP CAT 6 (4 pair) Cables. (f) Patch Panel should confirm to EIA/TIA 568A wiring pattern. (g) Patch panel should be RoHS compliant.

IO/Faceplate/Key Stone and Other Assembly

(a) I/O should be guaranteeing to meet or exceed the channel specifications of Amendment 1 to ISO/IEC 11801: 2002 Class EA and ANSI/TIA–568–C.2 Category 6a. (b) Features pointed IDC towers to speed termination and enhance cable retention Dual color– coding allows for 568 A/B wiring configuration. (c) I/O should be terminated using industry standard punch–down tools RJ–11 compatible. (d) I/O should be su. (e) Accept the UTP Connector. Category 6a (f) Should be available with 1/2/4 port variants. (g) Should accommodate UTP, STP I/O, supplied with cap or shutter to avoid dust. (h) Operating life should be minimum 750 insertion cycles and minimum 20 Re-terminations. (i) I/O Should be covered by UL/ETL certification program. (j) I/O should be RoHS compliant. (k) Category 6A field terminable plug is designed to support 10 Gigabit networks and can be easily terminated using parallel jaw pliers. (l) The Field Terminable Plug meets TIAE568EC.2. (m) Category 6A component performance. (n) Cat 5e/6 and 6A Direct Attach link and channels. (o) Field termination plug should be UL Listed and RoHS compliant.

Patch Cord, 1 Meter

(a) Should be 4 Pairs 24 AWG copper cables. (b) The outer jacket should be Low Smoke Zero Halogen. (c) Should be 24 AWG stranded bare copper. (d) Patch cord should minimum comply with proposed ANSI/TIA/EIAE568EC.2. (e) Patch cord should be verified/certified from ETL/3P/GHMT/UL. (f) Patch cord should have cross separator. (g) Standard length should be 1 meter. (h) Should be RoHS compliant.

Patch Cord, 3 Meter

(a) Should be 4 Pairs 24 AWG copper cables. (b) The outer jacket should be Low Smoke Zero Halogen. (c) Should be 24 AWG stranded bare copper. (d) Patch cord should minimum comply with proposed ANSI/TIA/EIAE568EC.2. (e) Patch cord should be verified/certified from ETL/3P/GHMT/UL. (f) Patch cord should have cross separator. (g) Standard length should be 3 meter. (h) Should be RoHS compliant.

Optical Fiber, 6 Core

(a) Cable should be of single mode OS2 type. (b) Cable should be of 6 core 9/125um or equivalent. (c) Fiber cable should be of type outdoor plant type. (e) Fiber cable should be Flame and weather retardant. (f) Outer armoring should be of Corrugated Steel type. (g) Outer sheath should be of HDPE type. (h) Cable should be of ROHS compliant.

(a) LIU should be of 1U size and 19” rack mountable enclose. (b) LIU should be complete with 9/125μm single mode pigtails. (c) LIU should be complete with splicing tray and other standard accessories. (d) LIU should be loaded with SC/LCE type adopter and couplers. (e) LIU should be of ROHS compliant.

(a) LIU should be of 1U size and 19” rack mountable enclose. (b) LIU should be complete with 9/125μm single mode pigtails. (c) LIU should be complete with splicing tray and other standard accessories. (d) LIU should be loaded with SC/LCEtype adopter and couplers. (e) LIU should be of ROHS compliant. (f) For Core switch connectivity deploying redundancy four LIUs required 2 (48 S) and 2 (24 S).

Fiber Patch Cord, LCPLC/SCPLC

(a) Fiber patch cord should be SC or LC LSOH Jacket – Reduces toxic / corrosive. (b) SC to LC duplex fiber optic patch cord single mode OS2 9/125 micron. (c) Fiber patch cord should be 100% Factory polished and tested. (d) Jacket color should be Industry Standard Colour – OS1–Yellow. (f) Fiber patch cord should be of ROHS Compliant.

1 KvA, Online UPS

(A) Capacity (in kVA / kW):- (B) Technology and Capability:- (a) True Online configuration with double conversion UPS & Zero transfer time. (d) Auto restart & capability with the Independent battery bank operation of the UPS. (e) UPS should be designed at Rated PF of 0.8 i.e. 1kVA/0.8kW UPS rating. (f) Generator compatibility with cold start and AC start features. (g) Automatic bypass to transfer the load on mains due to overload & internal fault. (h) ECO mode should be available in the UPS. (C) Input facility Phases / Wires:- SinglePhase / 2EWire &Gnd (1Phase & Neutral + Ground) (D) Input Voltage Range:- As per Indian Standard. (E) Nominal Input Frequency:- 50 Hz (E) Generator Compatibility:- Compatibility to genset supply required (F) Input Protection:- Should be provided at the input of the UPS suitable for the full rated capacity of the UPS. Should be in range from 220-240 VAC. (G) Nominal Output voltage:- 200/208/220/230/240 VAC (H) Output Voltage Regulation:- ± 1% for static load (I) Nominal Output Frequency:- 50 or 60Hz ±3Hz (J) Output Frequency Regulation:- ± 0.1Hz (k) Output Frequency Slew Rate:-< 1Hz/sec (L) Output Wave Form:- Pure sine wave (M) Output Voltage Distortion (THDu):-< 3% for linear load &< 6% for non linear load. (N) Crest Factor:- 3:1 On Full Load (Minimum) (O) Output Short circuit Protection:- Electronic Protection (P) Transfer Time (Mode of operation):- Zero ms from Mains mode to Battery Mode Zero ms from Battery Mode to Mains mode. (Q) Transfer Time (Inverter to Bypass / Bypass to Inverter):- 2~4ms (R) Automatic Bypass switch:- UPS should be capable of automatic change over to bypass. (S) Overall Efficiency (AC to AC) E Online (Double Conversion):-Upto 88% (at 50E100% load) (T) Inverter Overload capacity:- < 105%: Continuous; 105% ~ 110%: 10 minutes; 110% ~ 130%: 1 minute; > 130% only 3 seconds; 150%< .5 seconds. (U) Measurements (On LCD):- Input & Output Voltage, Input & Output Frequency, Bypass: Voltage & Frequency, Remaining time & Battery Level Indicator, Load Level indicator, Fault codes, Estimated or running autonomy time, UPS alarm enable or disable, Overload, Shortcircuit, Low Battery. (V) Fault Indication (On LCD):- Bus start fail, Bus over & under, Bus unbalance, Inverter soft start failure, inverter voltage high & low, Inverter output short, Battery voltage high & low, over temperature, overload, charger failure. (W) Setabledata:- Inverter voltage & frequency, Frequency converter, ECO mode, ECO voltage range, Bypass setting, Bypass voltage range, Autonmy limitation setting, Battery total Ah setting, Charger current. (X) Audible Alarms:- Battery mode,Overload warning &shutdown,HighTemp,LowBattery,High Temp warning & shutdown. (Y) Backup Required:- 60 Minutes on Full Load (Z) Battery Bank Voltage:- Minimum 36 V DC (AA) Batteries Type:- Sealed Maintenance Free (SMF) E 12V Cells VRLA (CC) Number of Battery Banks:- Single Bank system. (DD) Battery VAH:- Minimum 2300 (EE) USB Port should be available:- There should be provision for USB port also in the UPS. (FF) RS232 Port should be available:- There should be provision for RS232 port also in the UPS. (GG) Cold Start:- UPS should start up On AC Supply (Mains) without DC Supply (Batteries) On DC Supply (Batteries) without AC Supply (Mains) (HH) Automatic Restart:- UPS should start up automatically on mains resumption after battery low shutdown (II) Self Diagnosis:- UPS should be capable to carry out self test of Rectifier / Charger /Battery & Inverter module during startEup (JJ) Operating Temperature:- 0 to 40 deg C (KK) Storage Temperature:- E25 to 40 deg C (LL) Operating Humidity:- 20% ~ 90%RH (No Condensing) (MM) Operating Altitude:- 0E1000m (NN) Type of Cooling:- Forced Air (OO) Noise Level:-< 50 dbA at 1 meter distance (PP) Form Factor:- Tower mountable (QQ) Manufacturer:- NABL Accredited lab in India

3 KvA, Online UPS:-

(A) Capacity (in kVA ):- 3.0 kVA 1EPhase Input / 1EPhase Output (B) Capacity (in kVA / kW):- 2.7 kW 1EPhase Input / 1EPhase Output (C) Technology and Capability:- a) True Online configuration with double conversion UPS & Zero transfer time. d) Auto restart & capability with the Independent battery bank operation of the UPS. e) UPS should be designed at Rated PF of 0.9 i.e. 3kVA/2.7kW UPS rating. f) Generator compatibility with cold start and AC start features. g) Automatic bypass to transfer the load on mains due to overload & internal fault. h) ECO mode should be available in the UPS. (D) Input facility EPhases / Wires:- SingleEPhase / 2EWire &Gnd (1Phase & Neutral + Ground) (E) Input Voltage Range:- As per Indian Standard. (F) Nominal Input Frequency:- 50 or 60Hz (G) Input Frequency Range:- 40 to 70 Hz (H) Input Power Factor:-> 0.99(@ full load) (I) Generator Compatibility:- Compatibility to genset supply required (J) Input Protection:- Should be provided at the input of the UPS suitable for the full rated capacity of the UPS. (K) Nominal Output voltage:- 200/208/220/230/240 VAC (L) Output Voltage Regulation:- ± 1% for static load (M) Nominal Output Frequency:- 50 or 60Hz ±3Hz (N) Output Frequency Regulation:- ± 0.1Hz (O) Output Frequency Slew Rate:-< 1Hz/sec (P) Output Wave Form:- Pure sine wave (Q) Output Voltage Distortion (THDu):-< 2% for linear load &< 4% for non-linear load. (R) Crest Factor:- 3:1 On Full Load (Minimum) (S) Output Short circuit Protection:- Electronic Protection (T) Transfer Time (Mode of operation):- Zero ms from Mains mode to Battery Mode Zero ms from Battery Mode to Mains mode (U) Transfer Time (Inverter to Bypass / Bypass to Inverter):- 2~4ms (V) Automatic Bypass switch:- UPS should be capable of automatic change over to bypass. (W) Overall Efficiency (AC to AC) - Online (Double Conversion):-Upto 91% (at 100% load) (X) Inverter Overload capacity:- 100% ~ 110%: warning only; 110% ~ 130%: 2 minutes; 130% ~ 140%: 30 seconds; >140%: 1.5 seconds only (Y) Measurements (On LCD):- Input & Output Voltage, Input & Output Frequency,Bypass: Voltage &Frequency, Remaining time & Battery Level Indicator, Load Level indicator, Fault codes, Estimated or running autonomy time, UPS alarm enable or disable, Overload, Short circuit, Low Battery. (Z) Fault Indication (On LCD):- Bus start fail, Bus over & under, Inverter soft start failure, Inverter voltage high & low, Inverter output short, Battery voltage high & low, charger output short, over temperature, overload, charger failure, over input current, over input current, battery not connected, over charge, EPO enable, Programmable output enable. (AA) Settabledata:- Inverter voltage & frequency, Frequency converter, ECO mode, ECO voltage range, Bypass setting, Bypass voltage range, Autonmy limitation setting, Battery total Ah setting, Charger current, Bypass frequency range, Programmable outlet, Programmable outlet setting, Charger boost & float voltage setting, EPO logic setting, Isolation transformer O/P, Display setting for autonomy, Acceptable input voltage range. (BB) Audible Alarms:- Replace Battery, Overload warning & shutdown, High Temp, LowBattery,High Temp warning & shutdown (CC) Battery Type:- Sealed Maintenance Free (SMF) - 12V Cells,VRLA,GEL (DD) Batteries Back UP:- 60 Minutes on Full Load (EE) Battery VAH:- Minimum 5400 (FF) Minimum Charger Rating (Including internal / external):- The charger should be able to deliver charging current equivilanet to 10% of Battery Ah rating offered. (In case of external chargers, suitable monitoring of the chargers should be provided in the UPS. Also all external chargers taking AC input must have PFC - Power factor correction) (GG) Charger type / Charging Method & Charging Voltages: - Constant Voltage Constant Current Solid state SMPS charger (II) Battery End Cell Voltage: - 1.75 V/cell (JJ) USB Port should be available: - There should be provision for USB port also in the UPS. (KK) RS232 Port should be available: - There should be provision for RS232 port also in the UPS. (LL) EPO Port should be available: - There should be provision for EPO port also in the UPS. (MM) Cold Start:- UPS should start up On AC Supply (Mains) without DC Supply (Batteries) On DC Supply (Batteries) without AC Supply (Mains) (NN) Automatic Restart:- UPS should start up automatically on mains resumption after battery low shutdown (OO) Self Diagnosis:- UPS should be capable to carry out self test of Rectifier / Charger /Battery & Inverter module during start-up (PP) Operating Temperature:- 0 to 40 deg C (QQ) Storage Temperature:- -25 to 40 deg C (RR) Operating Humidity:- 5% ～ 95%RH (No Condensing) (SS) Operating Altitude:- 0-1000m (TT) Type of Cooling:- Forced Air (UU) Noise Level < 50 dbA at 1 meter distance (VV) Form Factor:- Tower mountable (WW) Manufacturer:- NABL Accredited lab in India (YY) Warranty:- 2 Years on UPS & Batteries

12 U Rack:-

S/F of 12 U (630mm.) depth wall mounted Rack with front Glass door Sheet size 1.2 mm. ROHs & CE, Fan with lead- 1 No., Cable Manager (H) 1U- 1 No., Mounting Hardware- 1 Pkt., PDU 6 socket 5 amp -1 no.

S/F of 24 U Rack:-

S/F of 24 U (600 x 600 mm.) Floor mount Rack with front glass door 20000 Rear MS door, fixed side panels, with wheels and break ROHS & CE Sheet size 1.2 mm., Fan with lead – 2 no., Cable manager (H) 1U - 2 no, Mounting Hardware – 2pkt., PDU 6 socket 5 amp -1 no.

Supplying and fixing of following sizes of medium class PVC conduit along with accessories in surface/recess including cutting the wall and making good the same in case of recessed conduit as required.

Supplying and laying of following size DWC HDPE pipe ISI marked along with all accessories like socket, bend, couplers etc. conforming to IS 14930, Part II complete with fitting and cutting, jointing etc. in the existing trench, complete as required.

63 mm dia (OD-63 mm & ID-51 mm nominal)

RUDRA TECH INC.

Acme Digitek Solutions Private Limited