Computrac ® MAX ® 2000XL Loss-on-drying (LOD) Moisture & Solids Analyzers No longer manufactured; Service not available Current Instrument:Fast, durable and easy to use, the Computrac ® MAX ® 2000XL, 2000, 1000 and 500 moisture and solids analyzers were manufactured between 1994 and 2011. The MAX 2000 was the first to be released in June 1994. It built upon the proven success of its predecessor, the MAX 50, by adding enhanced measurement capabilities, a wider temperature range and increased data storage capacity. The MAX 1000 and MAX 500 were released in 1995 as entry-level alternatives to the MAX 2000.The Computrac ® MAX ® 2000XL was released in February 2000 and included a number of additional features, such as multistage testing capabilities and the ability to be 21 CFR compliant, that enhanced repeatability, performance and flexibility.

1. As/nzs 3000:2007 Pdf Free Download

Ford is recalling model years 1995-2003 windstar, 2000-2003 excursion diesel, 1993-1997 and 1999-2003 f-250 sd through f-550 sd diesel, 1992-2003 e-150 through e-550, 1995-2002 explorer, 1997. Cisco Industrial Ethernet 2000 IP67 Series Switches Product overview The Cisco. Max VLANs: 1005. Temperatures and cooling demand remained well above the. 2,000 1,500 1,000 500 121 5-yr range (max-min) 5-yr mean 2018 2017 151 181 211 271 301 331 361 Source: WeeWy Natural Gas Storage Report, U.S. Energy Information Administration. Weekly change in U.S. Natural gas inventories.

The Current GenerationThe MAX 500 stopped being manufactured in 1998 and the MAX 2000 in 2001, shortly after the introduction of the MAX 2000XL. The Computrac MAX 1000, however, continued to be produced alongside the MAX 2000XL until both were retired in late 2011 after the introduction of the and MAX 4000 in January 2009.The most current model in the Computrac MAX series is the moisture and solids analyzer. It combines the ease of use and durability of its predecessors with an increased level of precision, flexibility and speed that make it ideal for a wide variety of applications.If you have any questions or would like to inquire about the, please or give us a call at (800) 528-7411. Computrac ® MAX ® 2000XLThe MAX 2000XL was released in February, 2000.

It shared several specifications and characteristics with the MAX 2000, but included a number of additional features to enhance performance and flexibility. One such addition was the ability to perform multistage testing, which was useful for method development and for determining free and bound moisture content in products that contained waters of hydration. The MAX 2000XL was the first of the Computrac MAX line that was capable of being 21 CFR compliant. These and other features of the MAX 2000XL helped expand Computrac’s competitive advantages even further when it came to pharmaceuticals, gypsum, foods, plastics and other materials.

Here is a method (by calculation) to calculate max demand. This method is based on AS3000.This information should be used as a guide only. This method is the most economical as far as costs and with general usage ( diversity) within an installation.A. 3A for up to 20 points. 2 A for the next 20.B. Socket outlets (10A).

10 A for the first 20 and 5A for the next 20.C. Clothes dryers over 10A 50% of connected load.D. 75% of connected load for units over 10A.E. HWS storage type.

As/nzs 3000:2007 Pdf Free Download

Full connected load. Instantaneous type 33.3% of full connected load.Thus for a residence with the following.20 lighting points = 3A20 socket outlets = 10AHotplate unit 7000W = 3500W = 16A.Airconditioning 5000W input.= 3750W =17AInstantaneous HWS.

6000W = 2000W= 9A.Total max demand 55A.This is for a single phase installation. For a three phase installation the load is balanced over the 3 phases. Most residential installations do not require a 3 phase supply.The above is the calculation method.

The other is by limitation of max demand by the use of an MCB.The MCB used as a main switch effectively limits the max demand to the continuous rating of the device.Number of circuits to an installation. Minimum.Lighting 2.Socket outlets 2.Hotplates,Clothes dryers 1 individual circuit for each.Airconditioners 1 individual circuit for each.HWS 1 individual circuit for each.Main switch. 1 x 2 pole MCB.Calculate the max demand first, before purchasing any electrical equipment over 10A. Then approach the PEA to see if they can service that load in accordance with their conditions of supply. Here is a method for calculating number of point on a final subcircuit.

Use as a guide only. Based on AS3000.Lighting and Fan points.

0.25amps each point ( 60W) max number of points per circuit unlimited. Not to exceed the current rating of the cable.Power 10A socket outlets. Max number per circuit 20. 1A per point, a twin outlet is 2 points.Minimum cable sizes Lighting and Fans 1.0sqmm 10A, or 1.5sqmm 16A.

Power 10A socket outlets 2.5sqmm 20A.HWS, Airconditioners and permanently connected equipment with a full load rating over 10A. Full load current. Excellent timing - just looking for a chung fi for the house as we are in the middle of lifting up 1.1meters so we are well above the road that has been elevated by our local council to now be higher than the floor of our house - hence 3 floods through the front door in the last 4 years. I can now sit down and work out the specification for the supply and tradesman. MANY THANKS ELECTAUNot too clever on your part - so what can you do???At a guess it looks like the local council has raised the road to avoid flood conditions.

The method that one has mentioned is based on AS3000 and is intended as a guide only.One when calculating max demand tries to obtain the lowest figure in amps per phase.Economic cost is very important to consumers with regard to electrical installations.Different standards may have other methods eg BS, IEC, NEC ( US).Adding up the amps/watts of each item of electrical equipment to obtain max demand is not a very good method for residential/domestic electrical installations. Yes, there is a clause in AS3000 that maximum demand MAY be calculated by adding up all the ratings of the MCBs on final subcircuits, it does not apply to domestic installations.Yes, socket outlets should be distributed over 2 circuits ( or more) in a kitchen area, this is required under AS3000.Thailand does have electricity supply problems on its network, some outages may be due to load shedding and some to equipment failure, some may be attributed to system operator error. The method that one has mentioned is based on AS3000 and is intended as a guide only.One when calculating max demand tries to obtain the lowest figure in amps per phase.Economic cost is very important to consumers with regard to electrical installations.Different standards may have other methods eg BS, IEC, NEC ( US).Adding up the amps/watts of each item of electrical equipment to obtain max demand is not a very good method for residential/domestic electrical installations.

The method that one has mentioned is based on AS3000 and is intended as a guide only.One when calculating max demand tries to obtain the lowest figure in amps per phase.Economic cost is very important to consumers with regard to electrical installations.Different standards may have other methods eg BS, IEC, NEC ( US).Adding up the amps/watts of each item of electrical equipment to obtain max demand is not a very good method for residential/domestic electrical installations.