# Manufacturer Design Line vs Core Materials Submittals **Confidential to NEMA Only**

Manufacturer: Input Manufacturer Name Contact Name: Input Contact Person Contact Number:Input Contact Person's Phone#

Submit to: __________, NEMA

email: __________

Designs are represented by unit sub-construction. **Required Data Note - This data is optional. It could be used to provide further insight into the details of the design.** 

**KVA Design** 

**Line CSL**  **Nominal CSL Efficiency**  **Type Tank / Enclosure** **Phase Pri V**  **Sec V Rise deg**  **C Estimated** 

**Selling $ Material $** **NL Watts (20 C)**  **FL Watts BIL** **Manufacturer (ID) Core**  **Grade Core (lbs)** 

**optional Primary** 

**Conductor (A**  **,C) Secondary**  **Conductor (A**  **,C) Primary**  **Condcutor lbs**  **Secondary**

**Conductor lbs**  **Core $/lb Av** **g**

**conductor $/lb**  **Labor $ Total $** **Efficiency H (in)** **W (in) D (in)** **Weight (lbs)**  50 1 0 99.08 Liquid Rect Tank 1 14400 120/240 65 50 1 1 99.17 Liquid Rect Tank 1 14400 120/240 65 50 1 2 99.27 Liquid Rect Tank 1 14400 120/240 65 50 1 3 99.36 Liquid Rect Tank 1 14400 120/240 65 50 1 4 99.46 Liquid Rect Tank 1 14400 120/240 65 50 1 5 99.55 Liquid Rect Tank 1 14400 120/240 65

25 2 0 98.91 Liquid Round tank 1 14400 120/240 65 25 2 1 99.02 Liquid Round tank 1 14400 120/240 65 25 2 2 99.13 Liquid Round tank 1 14400 120/240 65 25 2 3 99.24 Liquid Round tank 1 14400 120/240 65 25 2 4 99.35 Liquid Round tank 1 14400 120/240 65 25 2 5 99.46 Liquid Round tank 1 14400 120/240 65

500 3 0 99.42 Liquid Standard 1 14400 277 65 500 3 1 99.48 Liquid Standard 1 14400 277 65 500 3 2 99.54 Liquid Standard 1 14400 277 65 500 3 3 99.57 Liquid Standard 1 14400 277 65 500 3 4 99.61 Liquid Standard 1 14400 277 65 500 3 5 99.67 Liquid Standard 1 14400 277 65

150 4 0 99.08 Liquid Standard 3 12470Y/7200208Y/120 65 150 4 1 99.17 Liquid Standard 3 12470Y/7200208Y/120 65 150 4 2 99.27 Liquid Standard 3 12470Y/7200208Y/120 65 150 4 3 99.36 Liquid Standard 3 12470Y/7200208Y/120 65 150 4 4 99.46 Liquid Standard 3 12470Y/7200208Y/120 65 150 4 5 99.55 Liquid Standard 3 12470Y/7200208Y/120 65

1500 5 0 99.42 Liquid Standard 3 24949GY/14400480Y/277 65 1500 5 1 99.48 Liquid Standard 3 24949GY/14400480Y/277 65 1500 5 2 99.54 Liquid Standard 3 24949GY/14400480Y/277 65 1500 5 3 99.57 Liquid Standard 3 24949GY/14400480Y/277 65 1500 5 4 99.61 Liquid Standard 3 24949GY/14400480Y/277 65 1500 5 5 99.67 Liquid Standard 3 24949GY/14400480Y/277 65 

### The information providedto NEMA will be confidential to NEMA for use in developing an "industry average" profile of Selling Price versus a range of DOE CSL levels. No individual manufacturer data will be disclosed and no average values with less than 3 manufacturer datapoints will be revealed. The process will be similar to that used for NEMA Market reports.

# Manufacturer Design Line vs Core Materials Submittals **Confidential to NEMA Only**

Manufacturer: Input Manufacturer Name Contact Name: Input Contact Person Contact Number:Input Contact Person's Phone#

Submit to: __________, NEMA

email: __________

Designs are represented by unit sub-construction. **Required Data Note - This data is optional. It could be used to provide further insight into the details of the design.** 

**KVA Design** 

**Line CSL**  **Nominal CSL Efficiency**  **Type Tank / Enclosure** **Phase Pri V**  **Sec V Rise deg**  **C Estimated** 

**Selling $ Material $** **NL Watts (20 C)**  **FL Watts BIL** **Manufacturer (ID) Core**  **Grade Core (lbs)** 

**optional Primary** 

**Conductor (A**  **,C) Secondary**  **Conductor (A**  **,C) Primary**  **Condcutor lbs**  **Secondary**

**Conductor lbs**  **Core $/lb Av** **g**

**conductor $/lb**  **Labor $ Total $** **Efficiency H (in)** **W (in) D (in)** **Weight (lbs)**  

### The information providedto NEMA will be confidential to NEMA for use in developing an "industry average" profile of Selling Price versus a range of DOE CSL levels. No individual manufacturer data will be disclosed and no average values with less than 3 manufacturer datapoints will be revealed. The process will be similar to that used for NEMA Market reports.

25 6 0 98.00 Dry Nema 2 Gen Purp 1 240x480 120/240 150 10/10 25 6 1 98.23 Dry Nema 2 Gen Purp 1 240x480 120/240 150 10/10 25 6 2 98.47 Dry Nema 2 Gen Purp 1 240x480 120/240 150 10/10 25 6 3 98.60 Dry Nema 2 Gen Purp 1 240x480 120/240 150 10/10 25 6 4 98.70 Dry Nema 2 Gen Purp 1 240x480 120/240 150 10/10 25 6 5 98.93 Dry Nema 2 Gen Purp 1 240x480 120/240 150 10/10

75 7 0 98.00 Dry Nema 2 Gen Purp 3 480D 208Y/120150 10/10 75 7 1 98.23 Dry Nema 2 Gen Purp 3 480D 208Y/120150 10/10 75 7 2 98.47 Dry Nema 2 Gen Purp 3 480D 208Y/120150 10/10 75 7 3 98.60 Dry Nema 2 Gen Purp 3 480D 208Y/120150 10/10 75 7 4 98.70 Dry Nema 2 Gen Purp 3 480D 208Y/120150 10/10 75 7 5 98.93 Dry Nema 2 Gen Purp 3 480D 208Y/120150 10/10

300 8 0 98.60 Dry Nema 2 Gen Purp 3 480D 208Y/120150 10/10 300 8 1 98.80 Dry Nema 2 Gen Purp 3 480D 208Y/120150 10/10 300 8 2 99.02 Dry Nema 2 Gen Purp 3 480D 208Y/120150 10/10 300 8 3 99.19 Dry Nema 2 Gen Purp 3 480D 208Y/120150 10/10 300 8 4 99.41 Dry Nema 2 Gen Purp 3 480D 208Y/120150 10/10 300 8 5 99.59 Dry Nema 2 Gen Purp 3 480D 208Y/120150 10/10

300 9 0 98.82 Dry Indoor Unit Sub 3 4160 480Y/277150 45/10 300 9 1 98.97 Dry Indoor Unit Sub 3 4160 480Y/277150 45/10 300 9 2 99.12 Dry Indoor Unit Sub 3 4160 480Y/277150 45/10 300 9 3 99.28 Dry Indoor Unit Sub 3 4160 480Y/277150 45/10 300 9 4 99.43 Dry Indoor Unit Sub 3 4160 480Y/277150 45/10 300 9 5 99.58 Dry Indoor Unit Sub 3 4160 480Y/277150 45/10

1500 10 0 99.22 Dry Indoor Unit Sub 3 4160 480Y/277150 45/10 1500 10 1 99.31 Dry Indoor Unit Sub 3 4160 480Y/277150 45/10 1500 10 2 99.40 Dry Indoor Unit Sub 3 4160 480Y/277150 45/10 1500 10 3 99.50 Dry Indoor Unit Sub 3 4160 480Y/277150 45/10 1500 10 4 99.59 Dry Indoor Unit Sub 3 4160 480Y/277150 45/10 1500 10 5 99.68 Dry Indoor Unit Sub 3 4160 480Y/277150 45/10

300 11 0 98.67 Dry Indoor Unit Sub 3 12470 480Y/277150 95/10 300 11 1 98.84 Dry Indoor Unit Sub 3 12470 480Y/277150 95/10 300 11 2 99.00 Dry Indoor Unit Sub 3 12470 480Y/277150 95/10 300 11 3 99.17 Dry Indoor Unit Sub 3 12470 480Y/277150 95/10 300 11 4 99.33 Dry Indoor Unit Sub 3 12470 480Y/277150 95/10 300 11 5 99.50 Dry Indoor Unit Sub 3 12470 480Y/277150 95/10

1500 12 0 99.12 Dry Indoor Unit Sub 3 12470 480Y/277150 95/10 1500 12 1 99.21 Dry Indoor Unit Sub 3 12470 480Y/277150 95/10 1500 12 2 99.30 Dry Indoor Unit Sub 3 12470 480Y/277150 95/10 1500 12 3 99.39 Dry Indoor Unit Sub 3 12470 480Y/277150 95/10 1500 12 4 99.48 Dry Indoor Unit Sub 3 12470 480Y/277150 95/10 1500 12 5 99.57 Dry Indoor Unit Sub 3 12470 480Y/277150 95/10

2000 13 0 99.15 Dry Indoor Unit Sub 3 12470 480Y/277150 125/10 2000 13 1 99.25 Dry Indoor Unit Sub 3 12470 480Y/277150 125/10 2000 13 2 99.35 Dry Indoor Unit Sub 3 12470 480Y/277150 125/10 2000 13 3 99.46 Dry Indoor Unit Sub 3 12470 480Y/277150 125/10 2000 13 4 99.56 Dry Indoor Unit Sub 3 12470 480Y/277150 125/10 2000 13 5 99.66 Dry Indoor Unit Sub 3 12470 480Y/277150 125/10



### Where . . . DL1 except No Taps = 50 kVA 1-Phase Pad, 24940GY/14400, 125 kV BIL, 240/120, No Taps DL2 except No Taps = 25 kVA 1-Phase Pole-type, 24940GY/14400, 125 kV BIL, 120/240, No Taps DL4 = 150 kVA 3-Ph Pad, 12470GY/7200, 95 kV BIL, 120/208Y, Taps A&B DL5 = 1500 kVA 3-Ph Pad, 24940GY/14400, 125 kV BIL, 277/480Y, Taps A&B

* All losses at temperature rise plus 20 C



### Selling Pricerepresents approximate Market Price for volume orders based on today's market and commodity costs. Sensitivity analysis to likely increases in key premium efficiency materials will be analyzed after the base case using today's costs are established.