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Current Bids and RFPs

Utah State University Purchasing and Contract Services is currently advertising for Bids on the following items. For additional information concerning these and other current Requests for Quotations and to receive copies of the official bid submission documents, please contact Utah State University Purchasing and Contract Services at (435) 797-1033

Active RFP, Bid, RFQ, IFB, or RFI


Bid #
Description Closing Date & Time
Sole Source

LI-COR Incorporated

 

(2) 30 LI-7810 CH4/CO2/H2O Trace Gas Analyzer: High precision CH4 measurements for atmospheric monitoring. Accurate CO2 and H2O measurements suitable for other applications. Please see performance specifications for more details. Includes AC Power Supply, 2 Lithium Ion Batteries, Manual and Ethernet Cable

(1) 30 LI-8100A Automated Soil Gas Flux System: Analyzer Control Unit

(1) 30 LI-8150-16 16 Port Multiplexer For Use with LI-8100A

(12) 30 8100-104C Clear Long Term Chamber: Clear long term chamber

(4) 30 8100-104 Long Term Chamber: Long term chamber (no soil temp probe included)

(16) 30 8150-705 Chamber Extension Cable

(24) 30 8150-203 Soil Temperature Thermistor

(24) 30 8150-205 GS1 Soil Moisture Probe for use with Long Term Chambers: Includes Long Term Chamber connector.  

(2) 30 9968-242 Auxiliary Power Cable: DC power connector to bare leads to power instrument with external power source, e.g. deep-cycle marine battery. (LI-7810/LI7815/LI-6800)

(1) 30 8150-706 MUX Power Cable 3M

(1) 30 8150-770-01 AC to DC Power Supply 120V/K: Weatherproof power supply for LI-8150 Multiplexer

(2) 30 9981-193 Pneumatic Integration Kit: LI-COR Trace Gas Analyzer to LI-8100A/LI-8150 tubing kit

 

Contact Jill Ballard, jill.ballard@usu.edu

 10/02/2020
Sole Source

Sole Source for a Double-Station Hydraulic Training simulator with electronic Troubleshooting with accessories.

Manufacturer FluidPower Training Institute distributed by Silverstone Systems 

Must have the following 

  • Safe-T-Bleed • MicroLeak hydraulic component performance testing • Flex-plate system • Plug-and-Play modules • Infinite variable load on hydraulic motor • Real world fault insertion in real time via Panel PC • Digital display with ambient and oil temperature, tachometer, and stopwatch

 Contact Jill Ballard, jill.ballard@usu.edu

 
Sole Source  

Edinburgh Instruments for a LP980-K Laser Flash Photolysis Sppectrometer, Kinetic Mode with Quasi Co-linear Optics, TE Cooled Sample Holder – Standard Range, PMT-1400 in Peltier Cooled Housing, Grating for emission monochromator and Acquisition Electronics for counting/MCS Measurments.

See  Specifications:

 The LP980-K Laser Flash Photolysis Spectrometer is a system for the measurement of laser induced transient absorption and emission decay kinetics with the ability to automatically generate temporally resolved transient absorption and emission spectra. Transverse sample excitation geometry comes as standard. Upgrade routes are available for thin-film samples, diffuse reflection measurements, fluorescence and phosphorescence lifetime measurement, amongst other options. The sensitivity of the LP980-K (minimum detectable optical density) is delta OD = 0.002 (single shot, fast detector option) with a system overall response function of: <7 ns (laser permitted, fast detector option).

Sources:

150 W CW Xenon lamp with power supply. The lamp head includes: - ozone-free bulb (230 nm - 900 nm) - continuous power supply with display - built in igniter - mirror-based probe beam steering optics Xenon lamp pulser designed to operate with the 150 W Xenon lamp: - computer-controlled pulser unit, generating up to 100 A pulses of between 0.2 ms and 6 ms duration and repetition rates of up to 10 Hz.

Sample Chamber:

Large sample chamber, with two independent sample positions for laser flash photolysis and laser-induced fluorescence experiments, respectively. - focussing optics, optimised for laser flash photolysis and laser-induced fluorescence experiments - filter holders (x4) - single cuvette holder - high speed probe shutter Laser shutter for high energy laser. Laser beam routing chamber for laser beam height adjustment and routing into either of the two sample positions.

Emission Monochromater:

TGM325-M monochromator for two detector configuration (incompatible with ICCD) - 325 mm focal length monochromator in Czerny Turner configuration - f/4 aperture - computer-controlled exchangeable triple grating turret enabling software selection of gratings - computer-controlled slits, one entrance and two exits - computer-controlled swing mirror to select between the two exits - computer-controlled filter wheel for higher order removal - stray light suppression greater than 1:10^5 - supplied with ruled grating, 1800 grooves/mm, optimised for 500 nm providing (other gratings are available); - linear dispersion 1.7 nm/mm - minimum step 0.01 nm

Sample Holder:

Standard sample holder of the LP980. Laser beam and probe beam intersect perpendicular at the sample position. The sample holder is designed to accept standard fluorescence cuvettes. Cuvettes can be positioned so that the probe beam passes through the centre of the cuvette or close to the surface of the incoming laser beam. The sample can be cooled by an external water circulator. Single cuvette holder, temperature adjustable by water or coolant circulation, with collection/focusing lens assembly for Laser Induced Fluorescence (LIF) measurements. Filter slots provided for holding 50mm square filters. This sample holder is included as part of the standard LP980 system.

Detector:

Analysing photomultiplier in standard LP980 housing, featuring a red-sensitive side window photomultiplier. - 5 stage dynode chain for high current capability - integrated high voltage power supply - spectral range: 200 nm - 870 nm - minimum detector response width: 5 ns - 2 outputs, one with high speed amplifier Digital Storage Oscilloscope for transient recording - sampling speed: 2.5 GS/s - analogue bandwidth: 200 MHz - 10M record length - number of channels: 2

Computer System:

Computer, monitor, keyboard and mouse included with acquisition and analysis software package pre-loaded

Software:

Comprehensive L900 spectrometer software for Windows, providing spectrometer control and performance monitoring, transient absorption and emission decay data and time gated spectra acquisition and data analysis: - computer controlled operation of pulsed xenon lamp, laser, laser shutter, probe shutter, monochromator wavelengths and monochromator spectral band width - full control of all relevant oscilloscope settings - full control of all relevant ICCD settings - time-resolved absorption and emission spectra using data slicing (using photomultiplier) - absorption and emission spectra , kinetics via data slicing (using ICCD Camera) - comprehensive Delta-OD calculation - lifetime tail-fit data analysis with up to 4 exponentials based on Marquardt-Levenberg algorithm - full reconvolution analysis of up to 10,000 channels of data - residuals analysis, Durbin-Watson analysis and autocorrelation analysis - data handling routines (normalisation, scaling, arithmetic, integration, differentiation, smooth etc.) - 2D, 3D and contour graphics including functions for peak/trough searches and data slicing - file import/export options, including ASCII - fully computer controlled sample temperature (if optional cryostat or TE cooled sample holder fitted) - fully computer controlled stop flow measurements (if optional accessory fitted) - optional communication to lasers and oscilloscopes (certain models only, contact factory)

Installation and Training:

Installation and training at the users facility, for up to two operators, by an Edinburgh Instruments System Engineer

 

Additional Items:

 L-F03 Quasi Co-linear Optics

Sample holder for low density liquid samples or gas samples. The assembly uses the standard LP980 sample holder, laser beam steering optics, apertures, and laser beam dump. Laser beam and probe beam intersect in the sample in an angle of 3°. Note: The customer may wish to replace the standard liquid sample holder by a device that can support a cuvette with longer beam pass length. The standard quasi co-linear optics are incompatible for use with a cryostat, a modified version is available for measurements using a cryostat.

 L-G02a TE Cooled Sample Holder – Standard Range

Thermoelectrically cooled 4-window cuvette holder with controller that enables stable temperature control of samples from -40°C to +105°C (additional cooling and accessories required for low temperatures). For temperatures down to 5°C (dew point) no gas flow is required; down to -10°C dry gas flow is required; down to -20°C dry gas flow and cooled circulating fluid within 25°C of the operating temperature are required; -40°C dry gas flow, cooled circulating fluid within 25°C of the operating temperature and additional windowed jacket are required. The temperature can be held constant with ±0.02°C precision and can be rapidly changed. A magnetic stirrer (without stirrer bars) is included. A circulating pump and water bath (no temperature control) are included. Dry gas is not included, however gas inlets are present. The TE cooled sample holder is fully controlled by the spectrometer operating software L900.

 N-G08 PMT-1400 in Peltier Cooled Housing, cut-off 1400 nm

NIR-Sensitive Photomultiplier in fan assisted TE cooled housing. The detector assembly comes with separate controller for temperature and high voltage. Operating temperature -60 C. - spectral range: 950 nm - 1400 nm - detector response width: 400 ps - dark count rate: 20,000 cps at -60 °C - detector housing includes automated shutter to prevent exposure above 1 million counts/second

 N-DM830/1200 Grating for emission monochromator: 830 grooves/mm - blaze 1200 nm

 830 grooves/mm, ruled - mechanical wavelength coverage 500nm-1950 nm and Zero order, min. step 0.12nm - designed for NIR range, optimised at 1200nm

 N-CB1 Acquisition Electronics for counting/MCS Measurements (CB1)

Multi-channel counter scalar - 100 MHz counter for spectral measurements (up to 3 channels) - 10 ns minimum bin width in time resolved measurements - variable threshold settings

For additional information, contact jill.ballard@usu.edu

 9/25/2020
Sole Source

Radiant QX8130 Tunable Laser system with Extended UV Tuning Range and Fourth Harmonic Generator (266 nm)

For use with El Transient Absorption Spectrometer

Specs for Laser system

 SPECIFICATIONS TUNING RANGE: 410 - 2500 nm PEAK OPO ENERGY: 70 mJ @ 450 nm REPETITION RATE: 10Hz BEAM DIAMETER: 9 mm (4-sigma, nominal) DIVERGENCE: < 2 mrad (SIGNAL; both axis, FWHM) Please see data sheet for more information STANDARD FEATURES Fully integrated tunable laser system with quick connect cables Hermetically sealed Harmonic/OPO modules End user replaceable flashlamp (100 million shot lifetime) and DI cartridge All tunable wavelengths output from a single port Alignment verification Control software and software development kit (SDK) Flashlamp and/or Q-Switch external triggering Temperature controlled, motorized Harmonics (MH) Harmonic Auto-Optimization (HAO) Access to residual 355 nm beam (3R) Access to full power 1064 nm beams (1F) WARRANTY: One year on the entire system. Includes all options except fibers.

Specs for Tunning range

EXTENDED UV TUNING RANGE - Extends tuning range to 210 - 410 nm. Hermetically sealed module. End user installable/removable Decreases OPO by > 40% when installed.

Specs for the generator

FOURTH HARMONIC GENERATOR (266 nm) - Residual or full power 532 nm beam used to generate 266 nm. Fourth harmonic installed on an extension base plate that is mounted directly to the side of the Radiant

 For additional information, contact jill.ballard@usu.edu

 9/25/2020
SOLE
SOURCE

Sole Source for a Kappa LA 50kN (Creep Frame)-Zwick/Roell

Load Frames

(1) MP00420 KAPPA 50 LA

STRESS / CREEP RUPTURE TESTING MACHINE

LOAD CAPACITY: 50 kN

LOAD FRAME:

Lever arm load frame providing constant loads Suitable for backlashfree

loading.

High-precision loading frame, comprising both axial and lateral

sufficient stiffness.

The following standard equipment is included:

  • Lever arm load frame providing constant loads
  • Wear free elastic hinges for high quality of lever arm bearing
  • Adjustable limit switches
  • Rupture detector
  • Lever arm ratio: 20:1
  • Vibration isolator with sylomer pads on feet (levelling

possible)

  • Closed loop controlled spindle drive to keep the lever arm in

level position during the test

  • Alignment couplings in load axis SPECIFICATIONS:

Load Range Class 1 according EN ISO 7500-1: 0,5% - 100% of load

capacity = 250 N - 50 kN

Load Range Class 0,5 according EN ISO 7500-1: 2% - 100% of load

capacity = 1000 N - 50 kN

Test speed: max. 50 mm/min

Testspace-width: 520 mm (between columns)

Testspace-height: max. 1500 mm vertical clearance (without jigsand

fixtures/ grips)

Frame Dimensions: 1050 mm width, 655 mm depth, 2312 mm

height Mass: approx. 600 kg

(1) 977.1018264

testControl II 400W

Digital Controller

  • Modular versatile concept
  • Core system with 5 module slots and one PCIe slot, one

equipped with a DCSC- module for connection of a load cell

  • Expandable with options and modules
  • Integrated adaptive controller for automated parameterization

of control-loops

  • Power requirements: 1 x 230 VAC / 0.4 kVA

(1) 150.0050LASPRING

WEIGHT TRAIN for 50kN lever arm with ratio 20:1

  • Preloaded spring
  • Wear free elastic hinge
  • For adaption of precision load cell

(1) 960.Xforce-P2,5kNSGS

TENSION/COMPRESSION LOAD-CELL 2,5 kN

Nominal Load FN: ±2,5 kN

Minimum Resolution at 297.000 steps: 0,008 N

Class 1 Range according to ISO 7500-1: 10 N to 2,5 kN

Class 0,5 Range according to ISO 7500-1: 50 N to 2,5 kN

Temperature influence at 0-point: +/- 0,01% of FN per K

Temperature influence at measured value: +/- 0,01% of FN per K

Complete with Sensor connector for automatic recognition and

routine calibration and certified initial Calibration. (Traceable to the

Austrian National Standard.)

 

High Temperature Pull Rods and Specimen Adapters

(1) MP01241 ADAPTERS FOR HT-PULL RODS

  • Optimized alignment according to ASTM E 1012
  • Provision for water cooling

(1) MP01150 HIGH TEMPERATURE PULL RODS

MAR 246, AMBIENT UP TO 1200°C

  • F max. according to adapters for specimen
  • Temperature range: ambient temperature up to 1.200°C
  • Manufactured from noncorrosive Nickel-base alloy
  • Pull rod diameter: 34 mm

Must be equivalent to specifications below

  • Connecting thread (specimen side): 1 1/4" - 12 UNF
  • Upper pull rod: spherically seated

Remark:

  • The maximum test capacity is limited by the specimen thread
  • Each different specimen thread needs an additional set of

adapters

(1) MP00352 High Temperature Adapter for Threaded Specimen

- Suitable for standard specimen 3/4"-16 threaded head

- Temperature range: ambient ... max. 1200°C

- Connecting: Thread 1 1/4" - 12UNF

- Manufactured from noncorrosive Nickel-base alloy MAR-M 246

- Max force at service life:

Testing Temperature 10h-creep 100h-creep 1000h-creep

600°C 204 kN 157 kN 148 kN

700°C 163 kN 124 kN 105 kN

800°C 128 kN 87 kN 64 kN

900°C 87 kN 51 kN 31 kN

1000°C 35 kN 14 kN 11 kN

(1) MP01086 High Temperature Adapter for Flat Specimen

slot width 4mm, pin diam. 6mm

- Suitable for pin-loaded tension specimen

- Temperature range: ambient ... max. 1200°C

- Slot: 4mm

- Pin diameter: 6mm

- Manufactured from noncorrosive Nickel-base alloy MAR-M 246

- Connecting: Thread 1 1/4" - 12UNF

 

High Temperature Unit

(1) 977.1029796

HIGH-TEMPERATURE FURNACE, 1250°C

3 heating zones, variable

  • Temperature range: 200...1250°C1)
  • Number of heating zones: 3
  • Heating rate ca. 20 K/min
  • Outer diameter Ø295 mm
  • Outer height 465 mm
  • Heating area diameter Ø100 mm
  • Heating area height 300 mm
  • Heated length 300 mm
  • Rated power 3 x 1.2 kVA
  • Rated voltage 3 x 34 V
  • Weight ca. 45 kg
  • Thermo couples 3 x type N (NiCrSi-NiSi)
  • Housing from stainless steel
  • 2 hinged half shells
  • Support of the furnace half shells by 2 sickle shapes mounting

arms

  • Including monitoring sensor for furnace heating off when the

furnace is opened

  • Convection cooling (air)
  • Insulation material: Insulation based on polycrystalline alumina

wool

  • Front aperture for extensometer: length x width, tbd., max. 200

x 40 mm

  • Rear aperture for 3 thermo couples for measuring the

specimen temperature with variable sensing distance

  • Including 1 set of insulation bushes for pull rods

Lower temperature is possible with higher temperature tolerance.

Max. thermal conductor temperature, specimen temperature is lower.

Note: Rear aperture will be used for side-entry extensometer.

(2) 946.2.HTO-10-xx2

FURNACE INERT-GAS-INLET

High temperature resistant tube with holder out of the furnace for

external connection of gas supply (e.g. Argon) and for inlet of the gas

into the heating area of the furnace

Remark:

Furnace Gas-Inlet is NOT retrofittable and has to be already specified

when ordering the furnace.

Note: Connection in the middle of the heated height of the furnace

(1)MP00009 EXTENSOMETER SLOT, front

  • Necessary for customer owned camera-based strain

measurement system

Notes:

  • Final dimensions of the front slot have to be agreed at time of

order.

  • Heating area height 300 mm
  • Heated length 300 mm
  • Rated power 3 x 1.2 kVA
  • Rated voltage 3 x 34 V
  • Weight ca. 45 kg
  • Thermo couples 3 x type N (NiCrSi-NiSi)
  • Housing from stainless steel
  • 2 hinged half shells
  • Support of the furnace half shells by 2 sickle shapes mounting

arms

  • Including monitoring sensor for furnace heating off when the

furnace is opened

  • Convection cooling (air)
  • Insulation material: Insulation based on polycrystalline alumina

wool

  • Front aperture for extensometer: length x width, tbd., max. 200

x 40 mm

  • Rear aperture for 3 thermo couples for measuring the

specimen temperature with variable sensing distance

  • Including 1 set of insulation bushes for pull rods

Lower temperature is possible with higher temperature tolerance.

Max. thermal conductor temperature, specimen temperature is lower.

Note: Rear aperture will be used for side-entry extensometer.

(2) 946.2.HTO-10-xx2

FURNACE INERT-GAS-INLET

High temperature resistant tube with holder out of the furnace for

external connection of gas supply (e.g. Argon) and for inlet of the gas

into the heating area of the furnace

Remark:

Furnace Gas-Inlet is NOT retrofittable and has to be already specified

when ordering the furnace.

Note: Connection in the middle of the heated height of the furnace

(1) MP00009 EXTENSOMETER SLOT, front

  • Necessary for customer owned camera-based strain

measurement system

Notes:

  • The larger the slot, the higher the probability that the

maximum temperature will not be reached – because of heat

loss.

  • Extensometer slot will be covered with viewport framework

(item 12).

(1) MP00009 EXTENSOMETER SLOT back, 60 x 10 mm

  • Necessary for side-entry-extensometer

(1) 946.2.HTO-31/2

VIEWPORT FRAMEWORK

LW 40-220, tiltable

  • For the admission of a view glass in front of the HT- furnace's

Extensometer slot.

  • Suitably for slot size at the furnace, if the furnace permits this

dimension:

o View opening, clearance:

o height = 220 mm

o width = 40 mm

  • Glass material: Quartz glass.
  • Max. permissible temperature: 800°C,
  • Permeable for wavelength of the light: 650 nm

(1) 905.PTE.N.C-Set.200

CREEP SPECIMEN THERMO COUPLE TYPE "N"

for direct mounting on the specimen, 2m, AWG20

  • Set of 3 pcs. thermocouples
  • Length of thermocouple about 2 m

(1) 170.06.02.004

THERMO COUPLE CONNECTION BOX

for connecting of thermo couples type NN

  • For connecting of thermocouples furnace type N, specimen

type N

  • Is attached to the machine column with Ø 40 mm
  • Incl. 6 pcs. compensating cable, approx. 3 m each.

(1) 977.030231 CONTROL UNIT for HT furnace, type N/N

  • With power converter
  • Intelligent control algorithms minimize parametrization of the

controller and ensure a specimen temperature without

overshoot

  • Temperature tolerance on specimen based on parallel length

of 100 mm: ± 2K

  • Max. temperature gradient on specimen: ± 2K (see ASTM E

139)

  • Empirically determined default values depending on specimen

geometry and set- point temperature are no longer required

Type N/N with plug connections for:

  • 3 thermo couples type N for furnace temperature

measurement

  • 3 thermo couples type N for specimen temperature control

Consisting of:

  • 3-channel Eurotherm controller with connections for 6 thermo

couples

  • Serial interface RS 232 for digital integration into application

software testXpert III

  • Solid state relay for controlling the three heating zones
  • Power converter 3 x 34V/18A for low voltage furnaces

(1) 999.999.102 SWIVELING UNIT FOR HIGH TEMPERATURE FURNACE

to Kappa LA

  • Swivel functionality to position the furnace in or out of the test

axis.

  • Alternatively the furnace can be fixed axially by clamping on

the column.

  • Maximum load: 40kg (furnace weight)

 

High-Temperature Extensometer

(1) 450.3549-ST.SGS

Model 3549 HIGH TEMPERATURE EXTENSOMETER

up to 1200°C

  • Designed for use with furnaces and induction heating

systems.

  • Designed to meet the demanding requirements of strain

controlled testing, such as required by ISO 6892.

  • Designed to isolate the strain sensing components from

external vibrations.

  • Hot mounting on samples possible
  • May be left on through to specimen failure
  • Compliant with ASTM E83 class B-2 and ISO 9513, class 0.5
  • High purity alumina ceramic rods
  • Up to 1200°C
  • Initial gauge length: selectable with order 10 or 25 or 50 mm
  • Measuring Range: selectable with order +10% 1 or +20%/-

10% or +50%/-10% or +100%/-10% 2 of gauge length

  • Innovative slide mount allows the extensometer to engage the

specimen once the test temperature has been achieved

  • Prepared for water cooling.
  • Includes spare set of ceramic rods.
  • Complete with sensor connector suitable for testControl II

electronics and certified initial calibration. (Traceable to the

Austrian National Standard.)

1 Not available in 10 mm gauge length

2 Not available in 50 mm gauge length

(1) 450.3549-Spacer

Spacer

Any gauge length between 10 and 50 mm can be set. However, each

gauge length requires one set of spacers. The measurement range is

related to the base gauge length. Gauge lengths outside the range of

10 to 50 mm need to be clarified separately.

Please provide the additional gauge lengths at the time of order.

(1) 999.999.102 Bracket and Swivel Unit

  • Extensometer attached to the rear of the machine.
  • Mounting set for side entry contacting extensometer
  • Attachment on a column of the testing machine
  • Incl. swiveling function
  • Manual height adjustment on the column of the testing

machine (MP00616)

(1) MP00525 USC Module - Kappa

Universal Measurement Amplifier

- For connecting resistive and inductive bridge sensors

- Choice of AC / DC power supply

- 4 and 6-conductor technology

- 24-bit calculated resolution

- Module occupies one module bus slot

 

 

Software and Hardware

(1) 977.1035154

testXpert III basic program, English

- Tensile and compression tests for determination of the maximum

force and extension

- Manual test: Target position and speed are changeable during the

test

- Statistical evaluation of test results and tolerance monitoring

- User management

- Force/strain control with the testing machine

- Correction of the machine deformation (Correction curve)

- Correction of instruments for specimen dimensions measurement

(1) MP00877 testXpert III Master Test Program for Long Term Tests

- Ingeniously simple

- Intelligent

- Flexible for test configuration, analysis and reporting

- Broad functionality for creep tests according to ISO 204 and ASTM

E 139

- Load and strain controlled tests

- Creep and relaxation tests

(1) 977.1035626

testXpert III All-In-Suite Education Package

- Includes all the data of delivery available Standard Test Programs,

Master Test Programs and the Graphical Sequence Editor as well

as all options which do not require additional hardware or additional

commercial product (e.g. no accessories for the hardware

synchronization of the Video Capturing).

- Additionally the All-In-Suite Education includes the option

"Education Modules".

(1)920.HPWSRAID HP WORKSTATION

RAID 1, 2 x 1 TB, Hot Swap

consists of:*

  • Intel Core i7, RAM 16 GB DDR4 (2 x 8 GB)
  • 2 x 1 TB SATA hard drives configured as Raid 1 system

(mirroring)

  • External USB 3.0 DVD +/- RW drive
  • Serial interface via PCIe, Ethernet card via PCIe
  • 1 x 23" TFT-monitor with analogue and digital input
  • Standard USB key board, Optical USB scroll mouse
  • Operating system Microsoft Windows 10/64 bit

*Modification of technical configuration due to the short life span of PC hardware reserved. Model with an equivalent or a better

configuration will then be delivered

 

Series Transformer

(1)977.325039 SERIES TRANSFORMER 480 V

  • For 3 Phase mains connection 480 V, 50/60 Hz
  • Output power 7kVA
  • For lowering the residual current and for impedance bridging
  • Only for export to USA

 

Documentation

(1) MP00905 CE Marking and Declaration of Conformity in accordance with EC

Machinery Directive 2006/42/EC

- The safety equipment of the testing system supplied by ZwickRoell

is based on the application as stated by the end user.

- From this is derived the intended use of the testing system, as

documented in the instruction manual, section safety manual.

- Contact ZwickRoell if you intend to expand the use of or modify the

testing system, as changes of this nature may require expansion or

amendment of the existing safety equipment of the testing system.

- Risk and liability for improper use (applications other than the

defined intended use) are borne by the end user.

(1) MP00906 Documentation in English on paper and CD

 

Shipping & handling charges

(1)810.02.03/4 Packing Kappa

- Packing & Handling

- For airfreight / car delivery / sea transport

 

Service

(1)ZUSFT-1010 Travel expenses for air travel

- Includes all expenses for up to 3 days on site

(1) ZUSSI-1002 Installation of a dual column testing machine up to 100KN

(1) ZUSTC-1002

Installation and Instruction of a Temperature Chamber or High

Temperature Furnace on dual column Machines testing machines.

1x ZUSSW-

1005

Installation and brief overview to the All In Suite Package, with

configuration of a customer specific test program. Up to 8 hours.

(1) ZUSCAL-1003

Calibration of a Universal Testing Machine. Fnom >10kN to 250kN in

conjunction with an installation. Tensile and Compression calibration

of one load cell according to ASTM E4. Calibration is compliant with

ISO 17025

(1) ZUSCAL-1040

Calibration of one gauge length of a Contact Extensometer according

to ASTM E83. Calibration is compliant with ISO 17025.

(1) ZUSFT-1011 Additional days when traveling by air, includes meals, rental car, and

hotel expenses

(1) ZUSEX-1008

Installation and Instruction of a High-Temperature Extensometer

Contact jill.ballard@usu.edu if you have questions

 9/23/20
@ 3:00 PM

IFB: JB04

Triple-quadruple inductively-coupled mass spectrometer (QQQ-ICP-MS)

Contact Jill Ballard at jill.ballard@usu.edu for an invitation to bid.

 9/25/20
@ 3:00 PM
RFP# CP001024

Roosevelt Student Center Hydronic System

The purpose of this RFP is to enter into an agreement with a qualified offeror for replacement of the Roosevelt Student Center Hydronic System. For more information please contact ken.carrillo@usu.edu .

 9/30/20
@ 2:00 PM

RFP#
CP001060

CM/GC Services Blanding Hail Damage Repair, Remodel, & Hogan

The purpose of this RFP is to obtain Construction Management/General Contractor Services to include replacement of hail damaged building components, office space remodel, and construction of a new Hogan dwelling on the USU Blanding Campus. Please contact Gordon.collins@usu.edu for more information.

 9/22/20
@ 3:00 PM
IFB# GC1397

USU Eastern Waste Collection

The purpose of this IFB is to enter into a contact with a qualified offeror to provide waste collection services for USU-Eastern in Price UT. For more information please contact Gordon Collins at Gordon.collins@usu.edu .

 9/4/20
@ 2:00 PM
J1396

Utah State University is soliciting a bids for the USU North Substation and South Substation Transformer Breaker Addition Project. The Project includes demolition,  concrete foundations, steel structure erection, bus installation, control building installation, breaker installation, and installation of miscellaneous electrical equipment and associated material.  For bid documents please contact Mac Fillingim at mac.fillingim@icpeinc.com.

 9/18/2020 @ 3:00 PM
JC012201

Infrastructure Projects 

We are looking to complete 8 separate Infrasture Projects located in Logan, Blanding and Kaysville, Utah.  These projects include boring, trenching and fiber installation.  For additional information, please contact at jeff.crosbie@usu.edu

8/10/2020 by 12:00 pm
RK012199 

Affinity Card Program

Utah State University is interested in creating and promoting an Affinity Card Program. If you would like more information to submit a bid, please contact robert.kekauoha@usu.edu.

 8/14/2020
by 3:00 pm MST

IFB TP382

2020 Basketball Rings

The purpose of this Invitation for Bid (IFB) is to solicit bids to enter into a contract with a qualified supplier to obtain Championship Rings for Utah State University. We are looking for approximately 50 rings and 16 pendants. Each ring will need to have specific inscriptions along with the USU logo.
Please reach out to Terrance Palmer at terrance.palmer@usu.edu for a detailed description of what is needed.

 

 6/5/2020
@ 7:00 PM